FDM for Jigs and Fixtures

DASI Solutions 3D Printing Lab can help you save time and money if you are inteerested in our FDM Jigs and Fixtures or any other 3D Print applications call us today! 888.327.2974


Application Outline
Jigs and fixtures are most commonly fabricated from metal, wood or plastic in quantities of 1 – 100+ using a manual or semi-automated process. On average, each tool takes between one and four weeks to design and build, however elaborate or intricate tools may require several cycles of design, prototyping and evaluation to attain the required performance. Fused Deposition Modeling™ (FDM®) provides a fast and accurate method of producing jigs and fixtures. FDM is an additive manufacturing process that builds plastic parts layer-by-layer using data from computer-aided design (CAD) files. By using FDM, the traditional fabrication process is substantially simplified; tool-making becomes less expensive and time consuming.FDMJigs1

As a result, manufacturers realize immediate improvements in productivity, efficiency and quality. Additionally, these tools can be designed for optimal performance and ergonomics because FDM places few constraints on tool configuration. What’s more, adding complexity does not increase build time and cost.

The efficiency of FDM makes it practical to optimize jig and fixture designs and increase the number in service. Engineers can easily evaluate the performance of the tool and make quick, cost-efficient adjustments to the design as needed. FDM also makes it practical to produce jigs and fixtures for operations where they have not been previously cost or design feasible when produced with traditional manufacturing methods.

Finally, FDM jigs and fixtures are made from tough and durable thermoplastics that can withstand the rugged manufacturing environment. With several bio-compatible options, they are also ideal for use in medical applications.

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Business Hours 
Monday - Friday
By Appointment Only

Location
31 Oakland Avenue Suite 100
Pontiac MI 48342

Phone: 
(248) 836-2099

Email:
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