Overview
CGR Products provides precision CNC WaterJet cutting services for non-metallic materials, dense rubbers, engineering foams, plastics, and thick laminates. Utilizing high-pressure pure waterjet streams (and abrasive waterjets where necessary), CGR eliminates hard tooling investments while delivering intricate geometries, clean edges, and zero heat-affected zones (HAZ) for prototype and production runs alike.
Waterjet Cutting Capabilities Summary
| Capability / Parameter | CGR Waterjet Cutting Specifications |
|---|---|
| Tooling Requirements | Low Tooling Costs: Cuts directly from CAD/DXF digital design files without steel rule dies or hard tooling. |
| Maximum Cutting Area | Large-format bed capacities up to 72″ x 144″ (6 ft x 12 ft) for wide sheet and roll materials. |
| Material Thickness Range | Capable of cutting thick materials from thin flexible films up to 7 inches thick depending on density. |
| Compatible Non-Metallic Materials | Open & closed-cell foam, solid rubber, EPDM, silicone, neoprene, plastics, felt, cork, fiber, and pressure-sensitive adhesive (PSA) laminates. |
| Key Engineering Advantages | No Heat-Affected Zone (HAZ), zero edge distortion, fast prototype turnaround, and multi-head production efficiency for complex gasket profiles. |
Frequently Asked Questions:
What are the main benefits of waterjet cutting over traditional die cutting?
Waterjet cutting requires low tooling costs, allowing immediate production directly from CAD files. It also handles extreme material thicknesses (up to 9 inches) without edge beveling and leaves zero heat-affected zones (HAZ).
What materials can be cut using waterjet cutting?
CGR Products cuts a broad range of non-metallic materials including closed-cell sponge, solid rubber, polyurethane foam, PORON®, plastics, cork, felt, compressed fiber, and adhesive-backed composites.
Does waterjet cutting damage material edges with heat?
No. Waterjet cutting is a cold-cutting process. It uses high-pressure water streams to shear through materials without generating heat, preserving material integrity, density, and physical properties right to the cut line.


