Reinecker SF 50

Product Information

• Features
  • Precision CNC end profile grinding for complex tool geometries
  • Designed for profiling, chamfering and end-face grinding operations
  • Rigid machine construction for high accuracy and surface quality
  • Multi-axis CNC control for flexible and repeatable grinding paths
  • High-performance motorised grinding spindle
  • Suitable for carbide, HSS and hard materials
  • Flexible workpiece clamping options to suit tool geometry
  • Automation-ready for improved productivity and consistency
  • Optional in-process measurement for process control
  • Application-specific configuration to match grinding requirements
• Description

  The Reinecker SF 50 is a specialised CNC end profile grinding machine designed for the precise grinding of tool ends, profiles and complex geometries. Engineered for applications where accuracy, repeatability and surface quality are critical, the SF 50 is ideally suited to tool manufacturers and production environments working with carbide, HSS and hard materials.

  Built around a rigid machine structure and advanced CNC kinematics, the SF 50 enables accurate profiling, chamfering and end-face grinding operations with excellent process stability. Its flexible configuration allows the machine to be adapted to specific tool geometries, materials and production requirements.

  With modern CNC control, optional automation and in-process measurement, the SF 50 provides a reliable and efficient solution for both specialist grinding tasks and serial production, while maintaining the application-driven approach that defines the Reinecker range.

• Specification
  • Axes 3-axis CNC
  • Control System NUM FlexiumPro
  • Programming Software NUMROTOplus®
  • Travel of axes (X) 220 mm, (Z) 900 mm
  • Resolution (X, Z) 0.0001 mm, (C) 0.001°
  • Rapid travel speed (X, Z) 30/ 30 m/min
• Literature
  • SF 50 product brochure Download
• Important information

  Our suppliers have a policy of continuous product development and improvement, specifications are therefore subject to change without notice. We can accept no liability for discrepancies in specifications or illustrations contained in our publications or the publications of our suppliers.