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milling bases 70x30x2.5 mm

Product information "milling bases 70x30x2.5 mm"

technical details milling bases

magnetic parallels wide
2.5 mm
magnetic parallels height
30 mm
magnetic parallels lenght
70 mm
magnetic parallels weight
0.082 g
tolerance height
+/-0,01 mm
material
hardened and distortion-free tool steel
coating
burnished
magnet type
neodyn magnet

specification

  • made in Austria
  • no slipping | Secure fixation
  • shortened setup time
  • can be coupled with faceted parts
  • facilitation in everyday working life
  • no chips behind the parallel bars
  • magnetic coupling
  • connectability parallel bars

milling bases description

Introducing the revolutionary milling pad 70x30x2.5mm by MagTriXX, a game-changer in the world of high precision CNC milling accessories. This innovative clamping system for machine vices offers an unparalleled level of workpiece positioning and fixing, thanks to its unique implementation of neodyn magnets. The milling pad's parallel bars feature these special magnets on the backside or bottom of the blocks, ensuring fast and precise workpiece alignment. This design not only speeds up your production process but also guarantees a cleaner workspace by preventing milling chips from accumulating behind the parallel bars. One of the standout features of this milling pad is its slim profile. At just 2.5 mm thick, it occupies minimal space in your machine's workspace, allowing for increased versatility and productivity. The milling pad is meticulously crafted using only the highest quality hardened and distortion-free tool steel, ensuring durability and precision throughout its lifespan. By investing in this milling pad, you'll experience a perfect blend of magnetic innovation and premium materials, ultimately enhancing your CNC equipment capabilities with MagTriXX. Upgrade your workspace today and take your milling projects to new heights!

packaging

product type
milling bases
delivery quantity
1 pair
product number
VMA00100056
EAN / GTIN
9180013240561

Collection of our parallel pairs

Click here to find the parallel pairs.