Milling, turning and post-processing
-
Tolerances down to ±.020 mm (±.001 in)
-
Lead times from 5 business days
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Instant quoting with free design analysis
100+ combinations of materials & surface finishes
Quality prototypes and end-use parts in as fast as 1 day
Volume pricing built to fit your budget
Extensive quality control & documentation at every stage
Complete program management from our team of experts
With hundreds of manufacturers in our network, we have a very broad range of manufacturing capabilities and support both one-off prototyping and low-volume production. We pride ourselves on being the go-to manufacturer for geometrically complex parts or highly cosmetic parts.
Milling, turning and post-processing
Tolerances down to ±.020 mm (±.001 in)
Lead times from 5 business days
FDM, SLA, SLS, MJF
± 0.3% with a lower limit of ± 0.3 mm (± 0.012 in)
Lead times from 1 business day
Laser cutting, bending, post-processing
Tolerances down to ±0.1 mm (±.004 in)
Lead times from 5 business days
Prototypes and production tooling
Wide range of part complexities and sizes
1 to 1M parts
Protolabs is a world first. We are the only solution that pairs in-house factories with a highly vetted global network to provide customers with all-in manufacturing. Access Protolabs factories for accelerated manufacturing of quality parts or use Protolabs Network for volume pricing, tighter tolerances, and more complex parts. The result? Digital manufacturing and engineering expertise that meets all your needs from prototyping to production.
Learn more about our networkEstablished | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Established | 2014 |
Number of machines | 5 |
Capabilities | SLS |
Established | 2014 |
Capabilities | MJF, FDM |
Machines | 63 |
Equipment | HP 3D Jet Fusion 4200 |
Established | 2014 |
Number of machines | 13 |
Capabilities | SLS, FDM |
Established | 2019 |
Capabilities | CNC Machining 5, 4, 3 Axis. Mill Turn and turning |
Machines | Mazak & Doosan |
Expertise | Fast, low-cost prototyping. Strong and complex end-use parts |
Description | Specializes in highly complex parts with difficult geometries and tight tolerances |
Established | 2014 |
Capabilities | Laser cutting, bending, post processing |
Machines | 66 |
Equipment | Amada RG 100 CNC Brake, Trumpf 200 Turret Punch Press |
Established | 2015 |
Capabilities | CNC parts for the medical and consumer products industries |
Machines | 40 CNC machines, 6 CNC bending presses |
Expertise | Visual prototypes and functional end parts |
Description | Produce end-product parts with high cosmetic requirements |
Instead of traditional, rules-based quoting, we use machine learning algorithms to compare your CAD to millions of previously manufactured parts and generate a quote instantly.
Upload a CAD to start (STEP, STP, IGES, IGS, SLDPRT, 3DM, SAT or X_T)
Price updates in real-time as you change materials, lead times, and other order specifications
We handle customs clearance and cover import duties on orders shipped to the EU, UK, and US
Protolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyProtolabs’ combined manufacturing solution helps the leading aircraft innovator to develop batteries.
Read case studyLearn how Kepler rapidly went from a sketch on a napkin to a satellite in space with Protolabs Network CNC machining
Read case studyFind out how the Mondraker bicycle company used Protolabs Network to create custom bike parts in time for its pro mountain bikers to podium at Maribor track in the 2021 UCI Mountain Bike World Cup.
Read case studyFillauer Composites uses carbon-fiber and fiberglass to build prosthetic feet. Fillauer partnered with Protolabs Network to reduce the cost of production and open up more time for their engineers to focus on perfecting the designs.
Read case studySkelex exoskeletons make your arms feel weightless using dynamic balancing. They also managed to solve the biggest challenge many hardware startups face: manufacturing-on-demand when a new opportunity arises.
Read case studyWhat if you could fight climate change with a fleet of tree-planting drones? That’s what DroneSeed is striving towards. With custom-built drones for each project and tight turnaround times, the Seattle-based startup leverages rapid manufacturing technologies to stay nimble.
Read case studyLEKTRI.CO is on a mission to make electric vehicle use more accessible and efficient. Learn how the telematics innovator designed its new destination chargers and how Protolabs Network built the robust casing and cover to match its futuristic design.
Read case studyFind out how Protolabs Network helped Ampyx Power hit major milestones in its mission to develop a better way to harvest wind energy with autonomous aviation technology.
Read case studyProtolabs Network's quote builder and decentralized manufacturing model helped SnorriCam optimize designs quickly and produce professional-grade parts in boutique quantities. Find out how Protolabs Network helps SnorriCam manufacture custom professional camera rigs for indie projects and global blockbusters alike.
Read case studyFormify uses Protolabs Network's platform and Multi Jet Fusion (MJF) to create custom computer mice for pro gamers and casual users alike. Learn how the startup worked with Protolabs Network to produce the most innovative and personalized peripherals in the game.
Read case studyFind out how Protolabs Network's engineers and manufacturing partners successfully accelerated the product development cycle.
Read case studyHan Chen, the creator of Zinstax, discusses how he utilized both Hub's network and Protolab's digital factories to manufacture his camera back. He also delves into the inspiration behind his design and his love for film photography.
Read case studyHow working with Protolabs Network brought in significant business for a CNC machining specialist.
Read case studyProtolabs Network and Protolabs worked together to deliver parts demanding both speed and complexity, helping an iconic consumer electronics brand to further improve their coffee machines.
Read case studyDiscover how Protolabs Network assists a traditional marine company to stay competitive through increased efficiency.
Read case studyOtect makes specialized metal & plastic lens caps designed to fit Leica cameras perfectly, both in form and quality. Learn how the startup works with Protolabs Network to source high-precision parts that seamlessly fit Leica’s design and uphold the quality level.
Read case studyLearn how Protolabs Network helped Phil Eaglesham and Conquering Horizons debut their next-gen wheelchair at the Paralympics in 2021, manufacturing and delivering custom complex parts with only a matter of days before the prototype’s debut in Japan.
Read case studyWe matched the care and attention in the designs of these products with our manufacturing partners’ expert craftsmanship.
Read case studyComponents for this electric mountain bike required agility, lightweight materials and fast manufacturing. Find out how we overcame the obstacles.
Read case studyHow New Infrared Technologies’ cameras hit the gas in automotive brake manufacturing.
Read case studyEnvisics’ augmented reality head-up displays project information onto drivers’ windshields, bringing the future of automotive innovation that much closer.
Read case studyThe Protolabs Network Standard is our set of protocols and procedures that ensure the consistent quality of every part we manufacture.
Our ISO 9001-certified quality management system ensures reliable quality across our network.
All parts are dimensionally checked with calibrated equipment so that they meet your exact specifications.
We work with a thoroughly vetted network of manufacturing partners and continually assess their performance.
Beyond the capabilities on our platform, Protolabs Network can accommodate almost any order requirement, including complex and cosmetic parts, custom materials and a range of post-processing options.
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
Customer | US Hammer |
Description | A part for gasoline engine powered jackhammers |
Process | MJF |
Unit price | $22.18 |
Industry | Construction |
Customer | True North Design |
Purpose | Structural and vacuum EOAT components |
Process | SLS / MJF |
Unit price | $69.23 / $34.33 |
Industry | Automotive |
Customer | Autocom Manufacturing |
Purpose | A production part for 3D printed lathe gantry gripper fingers |
Process | FDM |
Unit price | $48.86 |
Industry | Automotive |
Customer | Terumo medical corporation |
Purpose | Prototyping parts used for a disposable electrical device |
Process | FDM |
Unit price | $55.38 / $32.96 |
Industry | Medical |
Customer | Aversan Inc |
Purpose | A prototyping part of an injection molded component for an automated door mechanism |
Process | SLA |
Unit price | $29.83 |
Industry | Aerospace |
Customer | Allision Conner |
Purpose | End caps and cable strain relief for sheet metal enclosure |
Process | FDM |
Unit price | $7.92 / $4.72 / $2.80 |
Industry | Industrial Automation |
Customer | UPNA's Antenna Group |
Purpose | A part for academic research |
Process | CNC machining |
Material | Aluminum 6082 |
Surface finish | Smooth machining |
Unit price | €299.17 |
Industry | Research |
Customer | ATV GmbH |
Purpose | A part for mechanical adapters |
Process | CNC machining |
Material | Aluminum 6061-T6 |
Surface finish | As machined |
Unit price | €83.50 |
Industry | Industrial automation |
Purpose | A part of an enclosure for electronics for a satellite |
Process | CNC machining |
Material | Aluminum 7075-T6 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €36.98 |
Industry | Aerospace |
Customer | Consolidated Audio |
Purpose | Enclosure for moving coil step-up transformer |
Process | CNC machining |
Material | Aluminum 6063 |
Surface finish | Bead blasted + Anodized type ll (Matte) |
Unit price | €61.15 |
Industry | Electronics |
Customer | Engels machines |
Process | Injection molding |
Material | PP |
Surface finish | D2 |
Industry | Agriculture |
Customer | HC Groep |
Process | Injection molding |
Material | ABS |
Surface finish | As machined |
Industry | Indoor climate technology |
Customer | LEKTRI.CO |
Process | Injection molding |
Material | PC + ABS |
Surface finish | VDI33 |
Industry | EV charging |
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