Modular Vise VMP-7C

Modular Machine Vice VMP-7C

The VMP-7C modular machine vice is a highly precise tool designed for demanding industrial applications. Thanks to its robust construction, high clamping force, and accuracy, it is the ideal choice for CNC machines, drills, and grinders. The VMP-7C vice is designed to provide stable clamping even under high working forces, significantly contributing to efficient production and long service life.

Key Features:

• Accuracy: 0.01 mm / 100 mm

• Maximum opening: 400 mm

• Jaw width: 175 mm

• Clamping force: 2000 kgf

• Weight: 54 kg

• Overall length: 655 mm

• Jaw height: 60 mm

Construction and Material:

• High-quality material: The vice is made of ductile cast iron, ensuring high resistance to mechanical stress and long durability.

• Induction hardened jaws and base: The jaws and base of the vice are induction hardened, providing excellent strength and wear resistance, which prolongs its life even under demanding conditions.

• Surface quality: The vice is ground with an accuracy of 0.01 mm, ensuring stable and precise clamping of workpieces.

• Hard chrome finish: HRC 59° provides enhanced resistance to wear.

Included in the Package:

• 2x shims (16 mm)

• 4x clamps

• 1x handle

Advantages:

• Universal use on CNC machines, drills, and grinders – ideal for a wide range of applications.

• High clamping force (2000 kgf) and wide opening (400 mm) for stable and secure clamping of even large workpieces.

• Modular design – allows multiple vices to be mounted on the machine table, increasing productivity and efficiency in multiple clamping operations.

• Precision and long service life – thanks to induction hardened and ground jaws.

Warranty and Service:

• Warranty and post-warranty service for VMP-7C vices, ensuring long-term reliability and trouble-free operation.

• Excellent price/performance ratio on the market, backed by professional service and customer support.

The VMP-7C modular vice is the ideal choice for professionals seeking high precision, quality, and reliability for demanding applications in machining.