Single Station Correction Balancing

Single Station Correction Balancer

The Balance Engineering single station vertical correction balancing machine is designed to balance a wide variety of rotating parts. This machine type can also be configured for horizontal drilling applications, depending on the part shape and correction requirements. Production volumes typically allow customers to utilize manual loading processes to facilitate operation. Also capable of automatic loading via a compact transfer system.

Single Station Correction Balancer Single Station Correction Balancer

Your Key Process Advantages

  • Lowest cost of ownership through the system life cycle
  • Fast machine cycle time
  • Utilizes our standard high value/high production rate mechanical and electronic unbalance measurement system
  • The industry‚Äôs best process capability and repeatability

Your Key Technical Advantages

  • Design provides for ease of use and maintenance
  • Ease of future retool/rework
  • Flexibility for different part loading methods

Technical Specifications

Dimensions: 1.86 m x 2.26 m x 2.4 m Drill Method: Dry
Weight: 1,800 kg Balance Suspension Method: Soft
Load Height: 1030 mm Drill Chip Removal: Venturi or Vacuum (Optional)
Loading Options: Manual or Automatic Power Requirements: Customer Specified
Cycle Time: 25 Seconds (With Load/Unload) Electrical Standards: UL / IEC / JIC / CE
Maximum Part Weight: 50 kg Balance Instrument: WinCBI

Single Station Correction Balancer

Machine Features

A HMI / Balance Instrument D
Vertical Drill Backup G Servo Part Drive and Measurement Suspension
B Drilling System E Linear Drill Depth Encoder H Air Coupler (Unclamp Chuck)
C Part (Various) F Collet Chuck I Main Electrical Panel


Let us know what your balancing needs are!

Balance Engineering is a global leader in supplying balancing machines and other Test and Measurement systems to various industries, including Automotive, Heavy Equipment, Agriculture, Transportation and Power Generation. Our experienced staff will work with you to develop the most efficient and cost-effective solution to meet or exceed your balancing requirements.