Grooving Module Cable (M10S56) for Essilor Edgers
Upgrade your optical equipment and restore full functionality with our high-quality Grooving Module Cable, designed exclusively for Essilor edging systems. Meticulously crafted to match the exact specifications of the original manufacturer reference (Ref Essilor: M10S56), this replacement cable ensures a precise fit, seamless compatibility, and reliable data transmission for your machine’s grooving unit.
Engineered with premium, flexible materials, this flat cable is built to withstand the repetitive mechanical movements of the grooving module. Whether you’re replacing a worn-out, crimped component or stocking up on essential spare parts for your lab, this 230mm long cable delivers outstanding durability. It guarantees efficient operation, significantly reducing downtime and enhancing your overall laboratory productivity.
Key Features
- Exact Specifications: Precisely cut to 230mm in length and 5mm in width, providing an effortless and true one-to-one replacement for the M10S56 cable.
- Enhanced Durability: Robust construction designed to handle the continuous motion and vibrations associated with the lens grooving process.
- Effortless Integration: Tailored specifically for Essilor grooving modules, ensuring straightforward installation without complicated setups.
- Consistent Results: Restores reliable communication to the module, keeping your equipment in top shape for high-quality, precise grooved lenses.
Technical Specifications
| Feature | Specification |
|---|---|
| Component Type | Grooving Module Flat Cable |
| Dimensions | Length: 230mm x Width: 5mm |
| Condition | Brand New |
| OEM Reference | Similar to M10S56 |
| Compatibility | Essilor Edgers equipped with Grooving Modules |
💡 Pro Tip: Proper Cable Routing
Because the grooving module is a highly mobile assembly, proper cable routing is critical. When installing your new M10S56 cable, ensure it follows the exact original path and is secured in its designated guides. If the cable is left loose, it can catch on moving mechanical parts and sever prematurely during the grooving cycle.
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