Turbo Chargers, Super Chargers, & Components

  • 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

  • 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

  • Automatic Low Speed Turbo Charger CHRA  Core Assembly Balancer with Dual Drive Technology, Featuring both Belt and Servo Controlled Air Drive Systems as well as Oil Pumping with Flow & Temperature Monitoring Capabilities

  • Automatic High Speed Turbo Charger CHRA Core Assembly Balancer with  Touch Up Grinder, Oil Pumping with  Flow & Temperature Monitoring Capabilities

  • Semi-Automatic Turbo Charger Compressor Wheel Balance Cell Featuring Air-Bearing Measurement  Technology and Automatic Mill Correction

  • Semi-Automatic Compressor Wheel Air Bearing Audit Station Featuring Servo Controlled Whisper Drive Technology

  • Fully-Automatic 300,000 rpm High Speed Turbo Charger Assembly Balancer with Automatic Compressor Wheel Milling & Drilling Correction. Featuring Servo Controlled Air Drive System, Oil Pumping with Flow & Temperature Monitoring Capabilities and Compressor Wheel Nut Runner Station with Torque Monitor

  • 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

Technology in this machine:

BTI engineers and manufactures a complete line of manual, semi-automatic, and fully automatic precision measurement and testing equipment for all turbo charger components and complete assemblies (CHRAs).

Traditional equipment for this application includes balancing equipment, dimensional gages, mass centering equipment, eddy current crack detection systems, surface finish/oxide measurement equipment, NVH equipment (noise, vibration, and harshness), functional test stands, resonant frequency measurement systems, specialized test systems, and destructive testers. Equipment layouts vary to accommodate any production rate. Typical correction methods for balancing include drilling, center drilling (mass centering), milling, and grinding.

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.

Let our staff of more than 50 engineers design a custom solution for your specific requirements. Furthermore, our commercial Measurement & Testing Services Group (M&T Services) can assist with everything from prototype testing and R&D work to master certification and running small-to-medium production runs.

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

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