ABOUT US
Built in production. Proven in output.
Gold Grip was developed inside a high-performance CNC environment to solve real throughput and utilization challenges — not theoretical ones.
Developed to solve underutilized machine capacity
Gold Grip Vises originated inside Custom Complex Manufacturing (CCMS), a high-mix, precision CNC operation.
As part complexity increased, setup frequency grew — and spindle time was increasingly lost to re-fixturing, re-indicating, and workflow interruptions.
The problem wasn’t machine capability. It was how the table was being used.
Gold Grip was developed as a table-scale workholding system to transform the machine table into a scalable, continuous fixturing strategy.
Developed and validated in a live production environment.
WHY IT EXISTS
Designed for continuous machining — not repeated setups
By reducing setup interruptions and enabling multi-face access from a single table-level strategy, Gold Grip increases usable spindle time and improves operational flow.
WHAT MAKES IT DIFFERENT
A table-scale workholding system
Gold Grip is not a modular vise variation. It is a system-level approach to machining setups — designed to scale across complex parts and high-mix production environments.
WHY IT EXISTS
Designed for continuous machining — not repeated setups
By reducing setup interruptions and enabling multi-face access from a single table-level strategy, Gold Grip increases usable spindle time and improves operational flow.
WHAT MAKES IT DIFFERENT
A table-scale workholding system
Gold Grip is not a modular vise variation. It is a system-level approach to machining setups — designed to scale across complex parts and high-mix production environments.
Our Partners
We work with select manufacturing, tooling, and technology partners who support advanced machining environments and share a commitment to precision and performance.
Looking to partner with us?
We collaborate with partners who help shops move beyond the limitations of conventional workholding.
Adopt table-scale workholding.
Increase machine output without increasing machine count