FAQs

What is gold grip, exactly?

​Gold Grip is a table-scale clamping system designed to unlock the full machining envelope of a CNC table. Unlike traditional vises that localize clamping, Gold Grip distributes clamping across the table to enable multi-face access, larger parts, and fewer re-fixtures.

How is Gold Grip different from a traditional vise?

​Traditional clamps typically apply horizontal force and do not actively pull the workpiece down, which can cause parts to lift or shift during clamping and machining. Gold Grip applies clamping in both a horizontal and downward force vector, drawing the workpiece into the table and reducing part deflection.

What types of machines is gold grip compatible with?

​Gold Grip is compatible with most 3-axis, 4-axis, and 5-axis CNC milling machines. It integrates cleanly into both traditional workflows and shops already using zero-point or palletized systems.

what size or type of parts can gold grip hold?

​Gold Grip is designed for both small and large parts. It excels in high-mix, low-volume environments where part geometry varies and re-fixturing time is a bottleneck.

DOES  Gold Grip replace my existing workholding?

​In many shops, Gold Grip replaces 80–90% of conventional vises and fixtures. For shops using zero-point systems, Gold Grip typically becomes an early-stage or primary workholding solution within the workflow.

how rigid is the system under heavy cutting loads?

​Gold Grip is engineered for high rigidity and repeatability. Shops routinely run aggressive cuts without part movement, even during deep or interrupted machining operations.

How long does setup take compared to traditional vises?

​Setup time is often reduced dramatically. Once installed, operators can fixture parts faster, reduce indicating time, and complete more operations per setup.

is gold grip suitable for production work or only prototyping?

​Both. While Gold Grip is ideal for prototyping and high-mix work, many shops also use it for short-run and repeat production where flexibility and throughput matter more than dedicated fixtures.