Application

Manufacturing Aids

Manufacturing aids support the work around a production part: handling, assembly, positioning, protection and checking. D2M helps teams assess custom printed tools against the operator task, workpiece interfaces and shop-floor conditions.

Review locating and clamping requirements for Jigs & Fixtures
Printed shop-floor aids with integrated handles and shaped workpiece contact features

Application overview

Choose the task worth improving

Start with a recurring operation that needs a better tool: positioning a badge, supporting a component during assembly, organising a repeated task, or protecting an exposed interface. Record the current method and the practical problem. A manufacturing aid should make a defined operation easier to carry out consistently.

Separate function from convenience

Review access, grip, clearance, part-contact surfaces and tool identification with the people who will use it. Check loads, temperature, cleaning agents and wear. Electrical or contamination-sensitive environments require a specific assessment; a material label alone is not evidence that the finished tool meets the requirement.

Match material and process

FDM can support custom polymer aids whose geometry and service conditions suit the process. F370CR and Fortus 450mc are starting points for comparing different material routes, not interchangeable recommendations. Include inserts, assembly and inspection in the manufacturing plan. Jigs and fixtures that locate or guide a part need an explicit datum and repeatability review.

Trial the aid in its actual workflow

Evaluate a representative tool with the workpiece and operator. Record fit, handling, wear and any effect on the operation before wider use. Keep the approved CAD revision and the manufacturing instructions together so replacements reproduce the reviewed design. D2M can help scope this assessment from the task, part geometry and operating conditions.

Review locating and clamping requirements for Jigs & Fixtures

Discuss an application review with D2M

Technology routes

FDM®

FDM is a polymer additive manufacturing process used for selected tooling, fixtures, prototypes, and end-use applications. D2M helps clients review material fit, workflow control, documentation, operator training, and implementation route.

Review technology: FDM®
FDM®

Relevant systems

Stratasys F370®CR

Stratasys

Stratasys F370®CR

Accessible industrial composite printing for strong, stiff, carbon-fiber-reinforced parts and everyday manufacturing needs.

View system: Stratasys F370®CR

Evidence

Guidance

Next step

Discuss your application

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