Save time and money with lightweight, 3D printed factory tooling produced on-demand

You can't wait to find out, how you could use 3D printed tools in your production?


Minimize logistics by manufacturing jigs and fixtures in-house.

up to 94% cheaper tooling

Cut tooling costs with digitized production and reduced assembly.


Print tools on demand from a digital inventory to save time and storage space.

Production aids and inspection tools are expensive and slow to manufacture, typically outsourced and requiring many design iterations prototyped over 8 to 10 weeks. Handheld jigs can be heavy and cumbersome to use, while complex fixtures may require extensive assembly and costly components.

BigRep 3D printers are a game-changer for virtually any factory tooling aid from production and assembly to quality assurance. Produced in-house and on-demand, 3D printed tooling drastically simplifies logistics and lead times, while significantly cutting costs up to 94%. Lightweight, strong, and ergonomic 3D printed factory aids are customizable and multi-functional.

Problems of Traditional Factory Tooling

Expensive material and labor costs

Slow to iterate and produce

Large, costly inventory storage 

Heavy and non-ergonomic

Outsourced to third party supplier

NDA required for external providers

Solutions with 3D Printed Factory Tooling

Minimal material and labor cost

Agile production easy to iterate and customize

Digitized with no physical inventory

Lighter and topology optimized

Produced in-house on demand

Design knowledge is protected in-house

3D Printed Production and Assembly Aids

Ford embraced additive manufacturing 30 years ago and now relies on BigRep for large-format 3D printing to produce full-scale jigs and quality assurance tools in one single piece. For Ford, the cost savings are huge, as their BigRep machine paid for itself after just the first few prints.

Ford's 3D Printed Jigs & Fixtures with BigRep Large-Format Additive Manufacturing
Adam Demo 2 (1)
Handheld Alignment Jig

Ford uses lightweight 3D printed alignment jigs to correctly place logos and decals on their cars.

Assembly Jig

Fast and easy to customize, 3D printed assembly jigs ensure correct alignment, attachment, and securing of workpieces.

End-of-Arm Robotic Gripper

The Adaptive Robotic Gripper is capable of gently gripping any geometry, even small and delicate parts.

Welding and Milling Fixtures 

Produced in a fraction of the time, 3D printed fixtures can greatly improve the quality of welding and milling jobs.

Tube Bender Collet

Kawasaki uses customized 3D printed bender collets to grip and guide tubes during CNC bending.

Soft Jaw

3D printed soft jaws perfectly hold workpieces too complex for standard vice jaws and can be produced faster and cheaper than standard methods.


WAT minimizes human error by mistake-proofing work flows with 3D printed placement jigs.

Tool Holders and Shadow Boards

Among their many 3D printing use cases, WAT also produces custom tool holders to streamline workspaces.

Quality Assurance with 3D Printed Tooling

Walther Automobiltechnik (WAT) makes the most of their BigRep 3D printer by producing all kinds of factory tooling and production aids. From inspection fixtures and tool holders to mistake-proofing, WAT had thoroughly embedded additive manufacturing into their production processes and has seen massive benefits thanks to BigRep.

Automotive 3D Printing - Improving Factory Workflows with Custom-Fit Jigs and Fixtures
Inspection Fixture

Ford uses 3D printed inspection fixtures to check that the fit between the car body and door achieves acceptable tolerances.

CMM (Coordinate Measuring Machine) Fixtures

This 3D printed multifunctional CMM fixture allows Nikola to simultaneously assemble and inspect electronic components.

Go/No-Go gauge

WAT is using smart go/no-go fixtures to check gap tolerances on car frames after galvanization.

Inspection Fixture

With large-scale 3D printed fixtures, Vestas can run inspections on wind turbine towers.

A Simple Workflow for 3D Printed Jigs & Fixtures

  • Design the 3D model (export an STL or OBJ file)
  • Prepare the 3D file for printing with BigRep Blade (slice and export a gCode file)
  • 3D Print the part

Recommended Products

"After two or three successful prints, we already returned the investment on the BigRep machine. Was a huge success."

Lars Bognar, Research Engineer in Advanced & Additive Manufacturing at Ford

"The first prints that we ran lasted 17 days. Since then, we have been pretty much running the PRO non-stop to help us print parts and components using its large capacity of printing, high resolution and accuracy throughout the entire process."

Riley Gillman, Technical Operations Manager at Nikola Corporation

"They were having issues locating a part and came up with this design. I took a look at it and what they had designed seemed easily printable, so I told them it'd be good to go. Five hours later it was ready."

Ross Makovicka, Production Engineer at Kawasaki Motors Corp.

Talk to an Expert

We have a team of experts ready to answer all your questions. Do not hesitate to get in touch to get more information about Additive Manufacturing, best materials for your application, and how to implement it in your business!

You THINK BIG, we'll help you get there!

OPEN HOUSE • 24.05.2022 • BERLIN
Join us for (free) burgers & beer! Experiment the new PRO and the ONE in action and discover our innovative real-world applications.

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