Skip to main content

Preci•Point 52, Collet Chuck for ER 32 collets, clamping range Ø 3 - 20 mm Item No. 41032


Address & Contact

LANG Technik GmbH
Albstraße 1-6
73271 Holzmaden, Germany

Key data at a glance

The compact collet chuck with Quick•Point® zero-point interface is designed for milling round components with clamping diameters of 3 - 20 mm and uses commercially available ER-32 collets. Its slim design offers excellent ergonomic features and ensures optimum accessibility in milling operations.

Dimensions
⌀ 98 x 92 mm (3.86" x 3.62")
Clamping range
ø 3 - 20 mm (0.12" - 0.79")
Clamping method
by friction
Workpiece shape
cylindrical
Packaging Unit
1 Piece
Weight
1.9 kg (4.19 lbs)
Material
Steel

More features:

Clamping stud size

16 mm (0.63")

Diameter of clamping studs

Grid system

52 mm (2.05")

Zero-point pitch

Notice:
Scope of delivery:
  • 1 x Collet chuck
  • 1 x Standard clamping nut
  • Benefits Preci•Point

    • Compactness Slim design for easy access
    • Compatibility Use of commercially available collets
    • Set-up time savings Fast set-up process thanks to integrated zero-point interface

    Conventional Workholding

    „Conventional Workholding“ offers a multitude of options for clamping round or pre-machined parts. To solve the respective clamping task, the operator can choose between a 6-jaw chuck, two collet chucks and three different types of self-centering vises, whose jaw types are perfectly suited for challenging 2nd operations.

    Learn all about the benefits and functionality of Conventional Workholding.

    Discover now

    Downloads

    CAD models
    Data sheet

    Conventional Workholding

    Discover now:

    Conventional Workholding offers flexible and versatile solutions for clamping round or pre-machined components and contours.

    Learn more
    Conventional Workholding

    Catalog request

    Order our current catalogs and get them for free!

    Go to form

    Experience the future live

    Visit our training and technology centres in Neuhausen or Hanover.

    More details