Ball nose spiral router bit with neck for 3D reliefs VHM Z2 D10 I30 L150 S10 RH Finishing positive

Twin-edged ball-ended VHM spiral cutter from the SQ32 series for 3D flat carving

Index: SQ32.10.030.150.10R

Industrial ball-ended spiral cutter made of solid sintered carbide VHM from the SQ32 series, featuring positive geometry (chip removal upwards). The tool has an extended body with a tapering above the working part, designed for deep machining of 3D models, cutting, as well as welding and edge smoothing on CNC machines. The polished surface of the chip groove prevents the machined material from sticking and facilitates rapid evacuation of chips. The ball-end radius combined with the finishing geometry of two edges (Z2) allows for obtaining smooth surfaces. The ground shank in accuracy class H6 eliminates radial runout, protecting the drive system and guaranteeing a high level of machining stability.

Design advantages and technical properties:

• Extended body with undercut: The special taper of the working part enables safe and precise operation in deep cuts and 3D shapes without the risk of the body colliding with the material.
• Polished chip grooves: Advanced polishing of the screw efficiently removes chips, prevents build-up of the cut material and reduces cutting resistance.
• Ball design Z2 with upward chip removal: Right-handed screw line ejects chips upwards, ensuring cleanliness in the cutting zone and high surface quality.
• Finishing geometry of the edges: Precisely ground cutting edges allow for a clean edge finish without the need for additional processing.
• Low roughness of the shank (Ra ≤ 0.3 µm): Ground shank surface prevents slipping in the tool holder and protects the spindle taper from wear.
• Dynamic balancing in class G2.5: Balancing in accordance with ISO standards ensures quiet and stable operation at high rotational speeds.

Purpose and areas of application:

The tool is intended for precise machining of molds and 3D models, cutting, as well as welding and edge smoothing on CNC machining centres.

It performs excellently in machining materials such as: aluminium, composite materials like CORIAN®, and HPL boards.