Composite Tooling
Cost Effective Tooling in Days
3D print cost-effective, high-temperature, custom tools in days — instead of the weeks or months required for traditional tooling processes. Whether your application requires reusable layup mold tooling or sacrificial tooling for complex, trapped-tool geometries, FDM simplifies the fabrication of composite parts while provided unparalleled design freedom.
Composite Mold Tools in a Fraction of the Time
3D printed composite tooling using FDM technology offers the fastest, most cost-effective means of producing composite structures. FDM composite tools take only days to produce instead of weeks or months and avoid the high cost, touch-labor and long lead times of traditional tool fabrication.
We’re ready to solve the next generation of manufacturing obstacles. Are you?
Reduce Cost & Lead Times
Build tools in days versus weeks or months for traditional tooling with more than 90% cost savings.
Produce Custom, Functional Designs
Tailor tool designs specifically to your application versus the “one size fits all” approach.
Respond Quickly To Fluctuation in Demand
Transition from pre-production parts to production in days with a digital inventory of tool designs ready for build.
Industries
Industries We Serve with 3D Printing & Advanced Manufacturing
Rapid Prototyping
Functional Prototyping
Tooling
Injection Molding
Jigs and Fixtures
Production Parts
Rapid Prototyping
Tooling
Jigs and Fixtures
Production Parts
Spare Parts
Rapid Prototyping
Functional Prototyping
Concept/ Injection Modeling
Orthodontic Models
Cast Partial Frames
Implant Models
Surgical Guides
Research
Preclinical Testing
Clinical Training Models
Medical Manufacturing
Surgical Planning Models
Featured Case Studies
IDEC and Wehl – EN FDM Case Study
Aerospace Case Study: IDEC is a leading Spanish provider of composite solutions for the aerospace industry, servicing its customers’ design and manufacturing needs. With the help of the advanced manufacturing service bureau, Wehl & Partner, the company embarked on a project to increase its competitiveness by reducing the time, cost, and material waste of traditional composite molding.
