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Balancing machine for pump impellers with two correction planes by milling

CEMB’s automatic two-plane correction balancer for pump impellers is designed for precision balancing with correction by milling.

Features

  • Automatic industrial balancing machines are ideal for batch processing and are easily adaptable to a wide range of rotor models.
  • Measurement of dynamic imbalance.
  • Two-plane correction on any material, thanks to axial, radial, and inclined milling solutions, perfect for any rotor profile.
  • Automatic compensation of impeller key seat for more accurate results.
  • Multi-beam correction to allow removal of high imbalances and enable a precision final finish.
  • Impeller surface detection system with automatic compensation of irregularities on the workpiece surface.
  • Automatic chip vacuum system for a clean and continuous working environment.
  • Machine prepared for connection with supervisory and production management systems. It integrates data exchange logic with MES platforms, enabling real-time tracking and monitoring.

Technical data

VEBK50 VEBK100 VEBK200 VEBK500
Maximum rotor weight (kg) 50 100 200 500
Rotor outer diameter (mm) 100-550 100-550 100-750 100-1000
Machine capacity 50 100 200 500
Milling in two planes VEBK50/TFM/TFO VEBK100/TFM/TFO VEBK200/TFM/TFO VEBK500/TFM/TFO

Options

Locking tools

Electronic index

Data matrix reader

Tool wear control

Profile detection

Micropercussion marking

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      Locking tools

      Automatic clamping systems to mount the part on the balancing machine. These systems ensure perfect centering, easy assembly/disassembly, and safety during the measuring launch.

      Electronic index

      Electronic system that identifies specific rotor reference points to allow correction in specific areas or take into account systematic workpiece imbalance.

      Data matrix reader

      Manual or automatic data matrix code reading system for part traceability.

      Tool wear control

      Automatic tool wear detection system in the case of drilling and milling, which ensures maximum efficiency and safety, avoiding machining with unsuitable tools.

      Profile detection

      System that automatically detects part profile to compensate for part irregularities and optimize correction.

      Micropercussion marking

      Mechanical engraving device that uses a micro-percussion punch to impress a sequence of dots on the surface of the rotor.