MACHINE VICE - DIE-CAST ZINC MS 4 PROXXON Dinamitek 1

MS 4 MACHINE VICE PROXXON

The Proxxon MS 4 machine vise is a high-quality mechanical accessory, designed to offer stability and millimetric precision during stationary drilling and milling operations.

Made entirely of die-cast zinc , this MICROMOT System vice is specifically shaped to integrate perfectly with the Proxxon column supports. The presence of ground V-prisms on the jaws makes it extremely versatile, allowing the secure clamping of even circular cross-section workpieces.

Shipping cost: €10.00 for
19,37 €
Tax included

15,88 € Tax excluded

Quantity
Available product, order it now.

Robust Mechanics and Operational Versatility

Item Proxxon 28132 (model MS 4) stands out for its compact design and quality finish. Thanks to its three machined support sides, the vice can be used in various positions (flat or on its sides), always ensuring a perfectly perpendicular support base.

Main Technical Features:

  • Material: Made of die-cast zinc , a material chosen for its excellent stability and resistance to mechanical processing.
  • Precision Machining: Features three ground support sides , allowing flexible positioning for angled or lateral machining.
  • V-Grooved Jaws: Featuring vertical and horizontal prisms in the jaws, ideal for firmly clamping rods, pipes and cylindrical workpieces.
  • System Compatibility: Designed with a groove that fits the guide rail of the MB 200 drill stand and TBM 220 bench drill .

Technical Data:

  • Jaw width: 50 mm.
  • Jaw height: 10 mm.
  • Maximum clamping capacity: 34 mm.

Advantages of stationary use:

Using the MS 4 vice in combination with the MB 200 drill stand transforms the power tool into a professional workstation. The guide groove ensures that the vice remains aligned with the center of the tool, ensuring precise and safe drilling.

Proxxon offers professional tools for micro-machining: MICROMOT system, lathes, milling machines, bench saws and precision accessories. European quality for workshops, laboratories and fine mechanics.


MS 4

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