Enhance Your Production Efficiency with Custom Tools
Manufacturing aids are devices used to facilitate, inspect, assemble, or test parts during production. By leveraging 3D printers, you can rapidly prototype jigs, fixtures, assembly guides, gauges, and ergonomic tools tailored to your manufacturing needs.
Why Transition to Digital?
Reduced Costs
Skip the large initial investment in tooling and minimize labor expenses.
Quick Turnaround
Create high-precision tools or parts in under 24 hours.
Adaptable Production
Enable just-in-time manufacturing to boost agility and reduce the need for stockpiling inventory.
Creative Design Freedom
Easily design complex, organic geometries, consolidate multi-part assemblies, and allow full customization.
High Accuracy & Repeatability
Ensure consistent output and precision over time—outperforming many manual processes.
Ergonomic and Lightweight
Enhance usability and machine longevity with lightweight, user-friendly plastic tools.
Metalworking Operations
Enhance in-house flexibility by producing durable, high-precision tools capable of withstanding intense manufacturing environments such as machining and welding. 3D printing boosts metalworking operations by minimizing expenses, shortening lead times, and enabling quick customization of jigs and fixtures.
Tooling and Replacement Parts
Create specialized tools in less than 24 hours and minimize equipment downtime by fabricating replacement parts on demand. Polymer-based 3D printed parts deliver remarkable design versatility, reduced weight, and robust mechanical properties—making them suitable substitutes for metal components in various scenarios.
Cut Tool-Making to 24 hours
Stop waiting weeks for tools to arrive from a service provider or for your CNC machine to free up. With in-house 3D printing, you can create custom jigs and fixtures within a day, run tests, tweak your design, and print again.
Step 1
Design
Model your mold or tooling pattern using CAD software.
Step 2
3D Print
Select an appropriate resin from our comprehensive material library and 3D print your part using a Formlabs SLA printer.
Step 3
Manufacture
Place the printed tool into your machine or incorporate the printed pattern into your production flow to create your parts.
Step 4
Post-Process
Remove the finished part and perform any required post-processing steps.
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