Balancers

  • Aerospace Turbine Engine and Component Balancer

  • Fully Automatic Crankshaft Balancer with Dual Servo MQL Drill Correction and Overhead Gantry Load

  • Dynamic Aluminum Fan Balancer with Automatic Rivet Correction

  • NVH-100A-CD RDM

    Fully Automatic RDM Balancer and NVH Combination featuring Drill Correction, Laser Gaging, Drive Shaft Hung Mass Simulation, and Advanced Clutch Conditioning Technology

  • Dual-Station HVAC Fan Module Balancer featuring Blade Counting, Motor Testing, and Segmented Weight Correction

  • Fully Automatic Permanent Magnet Rotor Balancer featuring Automatic 2-Plane Axial Drill Correction, Pneumatic Pick and Place Transfer, and Palletized Part Conveyance

  • Fully Automatic 1, 2, and 3 Piece Driveshaft Balancer with Automatic Spot Weld Correction via Magazine Feed Weights, featuring Auto Guard Doors, 5-Plane Balance Capability, Excessive Vibration Shutoff, and Dual Servo Drives for Joint Loading and Maintenance

  • 200,000 lb Capacity Horizontal Balancer for Steam and Gas Turbines

  • Fully Automatic Rear Axle Cell featuring Two Drill Correction Balancers, Two Robots, Palletized Part Conveyance, Master Part Housing Stations, Part Marking, and RFID Traceability

  • 300,000 rpm High-Speed Turbo Charger Core Assembly 2-Plane Balancer with Automatic Mill and Drill Correction, featuring Pulsation Measurement, “G” Measurement, RPM sweep, Oil Pressure, and Temperature Monitoring

  • 6-Second (600 part per hour) Fully Automatic 5-Station Armature Balancer with 2-Plane Contour or V-Cut Mill Correction

  • VR-50SA-CP-DG-Torsional-Damper

    Semi-Automatic Torsional Damper Combination Machine featuring Balancing with Automatic Pierce Correction, Dimensional Gaging, Part Marking, Rivet, and Disallowed Area Sensing

  • Transmission Carrier

    Fully Automatic Multi-Station Transmission Carrier Combination Machine featuring Dimensional Gaging, Balancing with Automatic Drill Correction, Part Orientation Flipper, and Pin Stamp Marker

  • Fully Automatic Dynamic Tire Inflator Balancer with Bead Lubrication, Laser Gaging, and Ink Stamp Marking

  • Impeller Balancer with Automatic Mill Correction and Laser Gaging of Axial Run-Out

  • Fully Automatic Dynamic Wheel Combination Machine featuring Part Identification, Axial and Radial Laser Gaging, and Balance Audit with Orient and Mark

  • Fully Automatic Multi-Station Flange Balancer with Correction Mill, Thread Presence Check, Dimensional Gaging, and Heavy Spot Ink Marking

  • 12633 VR-50A-CM-BG-6S Brake Rotor-Drum

    Fully Automatic Multi-Station Combination Brake Rotor Machine featuring Balancing with Mill Correction, Dimensional Gaging, Surface Finish Measurement, Eddy Current Crack Detection, and Part Marking

  • Fully Automatic Turbo Charger Compressor Wheel Cell Featuring Automatic 2-Plane Mill Correction, Dimensional Gaging, Eddy Current Surface Defect Detection, 2D Laser Marking, Robotic Part Handling, and Conveyance

  • Aerospace Turbine Engine and Component Balancer

  • Semi-Automatic Harmonic Vibration Damper Balancer with Automatic Servo Drill Correction, featuring V-Groove Dimensional Gaging, Auto Unload, and Chip Containment

  • Fully Automatic Rear Axle Balancer featuring Automatic Drill Correction, Part Marking, and RFID Traceability

  • Semi-Automatic Flywheel Balancer with Automatic Drill Correction, Ring Gear Sensor, and Load Assist Elevator

  • Moment Balancer for Helicopter Blades and Propellers

  • Fully Automatic Refiner Plate Cell Featuring Gaging and C.G. Measurement of Individual Plates for Predictive Balance Optimization when Assembled per the Cell’s Advanced Sequencing and Labeling System

  • Semi-Automatic Single Station Dynamic Brake Rotor Balancer with Automatic Mill Correction

  • 4,000 to 300,000 rpm Low- and High-Speed Turbo Charger Core Assembly 2 Plane Balancer with Touch-Up Grinder, featuring Pulsation Measurement, “G” Measurement, and Oil Pumping with Flow & Temperature Monitoring Capabilities

  • Two-Station Dual Engine Cooling Fan Balancer featuring  Advanced Blade Counting, Speed and Direction Verification System, and Electrical Motor and PWM Function Tests

  • 1000 lb Static Balancer for Large Fans

  • Fully Automatic 5-Station Torque Convertor Assembly Balancer with Automatic Variable and Fixed Length Weight Making and Weld Correction, featuring Automatic Walking Beam Transfer, Oil Fill, Dual Motorized Spindles for Low Maintenance and the Ability to Measure Utilizing Multiple Measurement Techniques (Static Internal, 180 Flip, and Differential)

  • Semi-Automatic Snowmobile Clutch Balancer with Automatic Axial and Radial Drill Correction

  • Benchtop Horizontal Balancer for Measuring Unbalance of Computer Hard Drive Disc Reader Heads

  • Fully-Automatic Multi-Station Magnetized Electric Armature Balancer Featuring Palletized Part Conveyance, Dual Axial Drill Correction and Heavy Spot Ink Marking

Technology in this machine:

BTI engineers and manufactures a complete line of manual, semi-automatic, and fully automatic industrial balancing machines for balancers, all part times, production rates, and levels of automation. From static to dynamic, single-plane to multi-plane, hard-bearing to soft-bearing, and single-station to multi-station, BTI does it all.

  • Horizontal Cradles
  • Vertical Rotators
  • Vertical Non-Rotators
  • Overhung
  • Platform Suspensions
  • Air-Bearing Systems

In addition to static and dynamic balancing equipment, BTI also engineers and manufactures other types of industrial precision measurement and testing equipment, including dimensional gages, mass centering equipment, eddy current crack detection systems, surface finish measurement equipment, NVH equipment (noise vibration and harshness), functional test stands, spinners, motor testers, and resonant frequency measurement systems.

We also engineer and manufacture specialized test systems, including torque-to-turn, backlash, end play, and destructive test equipment.

Additionally, BTI’s unique ability to combine the aforementioned technologies into one fully integrated system enables our clients to reduce capital expenditures, increase product quality, and minimize floor space requirements. There is no need for costly conveyors and escapements to connect independent machines together; nor do you need to train operators on multiple machines. There is one seamless, easy-to-use operator interface with unprecedented networking, statistical, and diagnostic capability.

Whether you need a fully integrated, combined technology system (e.g., a balancer/gage/NVH combo) or independent machines, let our team of mechanical, electrical, and software engineers design and build a custom system for you.

If you don’t see the product you are looking for, or have specific questions, please contact us.

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