arrow calendar cartcheck checkmark close configure contact danger download external_link facebook globeinfo instagram jobfinder linkedin logo_claim logout mail menuminus navigation pin play plus rss searchshaft success twitteruserwarning wechat x-twitterxing youku youtube zoom
Change the country selection to see information on the products, services and contact persons that are relevant for your location.
TRIBOS-RM

TRIBOS-RM

Polygonal toolholders
TRIBOS-RM is suitable for powerful HSC machining in micro-cutting up to 85,000 RPM and higher. The excellent run-out accuracy of ≤ 0.003 mm as well as a stability gained from the anchor structure form the basis of the extremely compact toolholder mountings, and in so doing ensures precise and process-reliable metal cutting. The different sizes are perfectly suitable for small, highly dynamic machining centers.

Advantages – Your benefits

  • High radial rigidity
    Stability at high cutting forces, good metal cutting performance, and therefore faster machining time and higher productivity
  • Small and compact design
    Precise and reliable metal cutting
  • Excellent vibration damping
    Micro-blowouts are prevented, optimal workpiece surfaces, machine spindle protection, increased tool service life resulting in a reduction of costs
  • Fine-balanced by default
    Suitable for high speeds with a balancing grade of G2.5 at 25,000 RPM
  • Comprehensive compatibility
    Can be ideally combined with TRIBOS SVL tool extensions
  • Permanent run-out and repeat accuracy ≤0.003 mm
    Optimal surface results, high precision machining and safe processes due to a uniform cutting action and highest repeatability
  • Minimizing set-up times and costs
    Quick and easy tool change with the clamping device TRIBOS-RM SVP
  • Rotationally symmetrical design
    The rotationally symmetrical design minimizes the interfering contour and ensures high speed of rotation.

Opciones e información especial

  • Gracias a la estructura con forma de ancla, el TRIBOS-RM sigue siendo estable incluso con elevadas fuerzas de corte. Con las fuerzas de sujeción que da, es posible alcanzar los límites de carga de los centros de mecanizado HSC. El alto rendimiento en el arranque de viruta, permiten un tiempo de mecanizado más rápido e incrementan la productividad.