Table-Scale Workholding in ActionExplore real-world applications that demonstrate how Gold Grip enables full-table machining, open-face access, and scalable workholding solutions. |
|
|
Large Component Machining
Large housings, weldments, castings, and fabricated structures often require custom fixtures, multiple setups, or dedicated workholding solutions. Gold Grip securely grips raw material edges while providing maximum access to machining surfaces, reducing setup time and fixture complexity. |
|
Open-Face Machining
Machine more surfaces in a single setup by eliminating top-clamping obstructions. Gold Grip provides exceptional access to the workpiece, allowing additional machining operations before repositioning. |
|
|
|
Multi-Part Production
Machine multiple components in a single setup to increase throughput and maximize machine table utilization. Gold Grip allows manufacturers to transform unused table space into productive machining capacity without additional machines or custom fixtures. |
|
Complex Geometry
Rings, flame-cut profiles, irregular shapes, and difficult-to-fixture components often require time-consuming custom workholding. Gold Grip securely grips challenging geometries while maintaining access to critical machining surfaces. |
|
|
|
Full-Table Workholding
Traditional workholding often leaves significant machine table capacity unused. Gold Grip's modular architecture allows manufacturers to build table-scale workholding solutions that maximize machine utilization and increase production capacity. |
Developed in Production. Proven in Production.
Gold Grip was not developed in a laboratory or design office. The system was created and refined inside a working manufacturing environment where setup time, machine utilization, and throughput directly impact profitability.
Developed at CCMS in Ontario, Canada, Gold Grip is used daily to machine large components, weldments, plate work, and complex geometries across a wide range of production applications.
Developed at CCMS in Ontario, Canada, Gold Grip is used daily to machine large components, weldments, plate work, and complex geometries across a wide range of production applications.
Every design decision behind Gold Grip was driven by a simple question: How can we spend less time setting up and more time making chips?
Engineered for High-load Production Environments
Gold Grip Vises torque and clamping force specifications are calibrated and verified under controlled conditions. This reference documentation provides validated torque-to-force data to support safe, consistent, and repeatable clamping.
Intended for engineering reference, process planning, and quality assurance.
Continue Exploring Gold Grip Vises
