3D Printed Jigs and Fixtures
Save time, reduce cost and improve safety by making jigs, fixtures and other manufacturing tools with 3D printing.
Change your paradigm about manufacturing tools.
There's an alternative to heavy, non-ergonomic, expensive tooling that takes weeks or months to get into production.
3D printing offers a much more efficient way to create jigs and fixtures, assembly and inspection aids, end-of-arm tooling, soft jaws, and forming dies. That’s because these tools can be printed in hours vs. days or weeks it takes with traditional fabrication methods. Jigs and fixtures manufacturing with strong thermoplastics offers a lighter alternative to metal, and 3D printing’s design freedom allows for optimal ergonomics and user-friendly tool designs.
Traditional vs. 3D Printing
3D printed tooling can make your factory floor more efficient, safe and cost effective.
All manufacturing operations use jigs and fixtures in some form, but making them with outdated methods is costly and time consuming. As this guide shows, 3D printing offers a better alternative.
Advantages of 3D Printing for Jigs and Fixtures
Customization: Easily tailor jigs and fixtures to specific requirements, ensuring a perfect fit for your tooling application.
Rapid Production: Accelerate manufacturing with shortened turnaround times, dramatically reducing lead times.
Cost Efficiency: Lower production costs by minimizing material waste and eliminating the need for complex tooling.
Enhanced Durability: Utilize advanced materials like carbon fiber to create strong, long-lasting jigs and fixtures.
Design Flexibility: Achieve intricate designs and complex geometries that are difficult or impossible with traditional manufacturing methods.
Lightweight Materials: Use 3D printed plastics formed to exact size and shape, reducing weight compared to traditional machined aluminum jigs and fixtures.
3D Printers for Jigs and Fixtures
These 3D printers represent suitable systems for jigs, fixtures and other tooling applications.
MD-400D
Equipped with IDEX independent dual extruders, it supports dual-material/duplication printing for jigs and fixtures, doubling production efficiency. 400×400×400mm volume fits small-sized jigs/fixtures, 350°C hotend ensures high strength, ideal for custom small batch tooling production.
Raptor 450
500°C hotend + 120°C constant heated chamber work with 98% industrial materials for jigs/fixtures. 450×450×500mm build size and 600mm/s speed deliver fast, stable high-performance tooling, perfect for high-temp resistant jigs and fixtures manufacturing.
MD-600D
600×600×600mm medium build volume is tailored for mid-sized jigs and fixtures. Boasts ultra-stable printing performance and 350°C dual extruders, produces precise, durable tooling efficiently, meeting regular industrial jigs/fixtures batch production demands.
Raptor 800
800×800×800mm large volume enables one-piece big jigs/fixtures printing without assembly. 80°C constant chamber supports ABS/ASA/PC and carbon fiber materials, creates high-strength, dimensionally stable large industrial tooling with great adaptability.
Jigs and Fixtures Main Industries
3D printed jigs and fixtures offer benefits across multiple industries.
Automotive
3D printed fixtures, assembly aids, and robotic end-effectors keep lines running by enabling rapid changeovers between models and immediate production of replacement tooling when existing tools wear or break.
Aerospace
Aerospace manufacturers use 3D printed drill guides, assembly fixtures, and ground support equipment to meet demanding production schedules while reducing weight and cost.
Government and Defense
3D printed tooling enables on-demand production of maintenance fixtures, inspection gauges, and assembly aids at forward locations—reducing reliance on extended supply lines.
Heavy Equipment and Industrial Machinery
3D printed fixtures provide lightweight alternatives to traditional steel tooling—reducing operator strain during assembly operations while maintaining strength for high-torque applications.
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What are 3D-printed jigs and fixtures, and how are they used in manufacturing?
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3D-printed jigs and fixtures are custom tooling—produced layer by layer from digital files—used to hold, guide, or align workpieces during assembly, machining, or inspection, enabling faster production with greater precision.
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How do 3D-printed jigs and fixtures compare to traditional tooling methods?
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Unlike traditional tooling that takes weeks and requires expensive machining or molding, 3D-printed tooling is produced in hours, costs a fraction, and allows unlimited design iterations without penalty.
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What are the key benefits of using 3D printing for jigs and fixtures?
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Faster lead times (hours vs. weeks), lower costs (no tooling), lightweight designs (reduced operator fatigue), design freedom (complex geometries), and on-demand production (no inventory).
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