Custom mill and lathe jaws for difficult-to-hold parts are time consuming, difficult, and expensive to design, program, and machine.
Continuous fiber reinforced 3D printed soft jaws are strong enough to hold parts effectively and chemically resistant against cutting fluids.
Save CNC bandwidth and machinist time by using 3D printing technology optimized for creating geometrically complex tooling.
3D Printing Soft Jaws
There is perhaps no more valuable asset in a shop than time on a CNC mill. With sky-high demand for capable machinists, anything that reduces work required to complete a job adds massive value to any fabrication operation. Conventionally, machining parts with complex geometries or parts that need pristine surface finishes require a machinist to design, program, and machine custom soft jaws. All this time counts against a machine’s bottom line, as fixtures do not directly add value to the business.
3D printing soft jaws solves many of the bandwidth issues that make them an inconvenient machining option. They’re easy to design, as all a user has to do is CAD a jaw blank and subtract their part from the blank. Printing jaws requires no hands-on programming or machining time, and they can print overnight with no oversight. Markforged’s continuous composite technology adds the necessary reinforcement to survive vice clamping forces while also providing a conformal, non-marring grip surface. They work for both CNC mills and lathes, adding easy precision and adaptability while allowing your machinists to focus on making end-use parts.
Lean Machine CNC and Metal Fab: Vise and Soft Jaws
Soft Jaws Basics
How to 3D Print Soft Jaws with a Markforged Printer
Designing High Strength Workholding with Composite 3D Printing
Pneumatic Clamping System
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