Quickly advance through multiple design iterations with high quality prints at a low cost to optimize your design.
Use high strength 3D printing to understand how your design will perform prior to sending to production.
Validate mechanical assemblies more efficiently and quickly by 3D printing testing fixtures, jigs, brackets and other hardware.
Produce metal parts that need bent or formed with 3D printed composite press tooling at a much quicker and lower tooling cost. Make smooth urethane casting and plastic injection molds with high definition SLA printing.
Use additive manufacturing to reduce work holding costs used to hold low volume or geometrically complex end use parts. 3D print machine vise soft jaws to hold difficult parts in secondary machining operations. Create jigs to accurately hold parts for drilling, sanding and deburring operations.
Optimize your process by using 3D printed assembly, locating, and welding fixtures.
Use glass filled materials to produce rigid, non-marring and dimensionally stable inspection fixtures at a fraction of the cost of tradition methods. Create CMM fixtures, go/no-go gauges, limit gauges and other automated inspection hardware with additive manufacturing.
END USE PARTS
For low volume production, custom parts, or components with high geometric complexity, additive manufacturing can be utilized to directly fabricate end use parts.