Fein ganasce per morsa 99100001365 larghezza ganasce 150 mm, apertura max. 160 mm, acciaio temprato

In a busy metalworking shop, a machinist secures a steel workpiece in a bench vise for precise milling. The Fein 99100001365 vise jaws, with a 150 mm jaw width and 160 mm maximum clamping width, provide a rock-solid grip on the workpiece, ensuring accuracy and safety throughout the operation. Crafted from hardened steel, these jaws resist wear and deformation even under high clamping forces, making them a reliable choice for daily use in professional environments.

Key specifications

• Brand: Fein
• Model: 99100001365
• MPN: 99100001365
• EAN: 4014586992983
• Jaw width: 150 mm
• Maximum clamping width: 160 mm
• Material: Hardened steel
• Type: Vise jaws
• Quantity per pack: 1 pair
• Mounting: Bolt-on
• Purpose: Securing workpieces for machining, assembly, or repair

Why choose it

These vise jaws are engineered for durability and precision. The hardened steel construction offers high strength and excellent wear resistance, maintaining a firm grip over thousands of clamping cycles. The machined finish ensures flat, parallel jaw faces for even pressure distribution, reducing the risk of workpiece damage. They are designed as a direct replacement for Fein vises, guaranteeing a perfect fit and optimal performance.

Ideal use cases

• Metalworking: Clamping steel, aluminum, and other metals for cutting, drilling, or grinding.
• Woodworking: Holding wooden pieces securely during sawing, planing, or sanding.
• Assembly and repair: Fixing components in place for welding, gluing, or mechanical work.
• Maintenance workshops: General-purpose clamping for a variety of tasks.

Good to know

These jaws come as a pair and are easy to install with standard bolts. They are compatible with Fein vises that accept 150 mm wide jaws. The hardened steel provides natural corrosion resistance, but occasional light oiling will extend their lifespan. Always ensure the vise is properly mounted and the jaws are aligned before applying maximum clamping force.