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sup BFX-1 Brake Fluid Exchanger - RTi Reading Technologies, Inc

Part #: BFX-1

The RTi Reading Technologies, Inc BFX-1 Brake Fluid Exchanger sets a new standard for efficient and reliable brake flush service in professional automotive and industrial settings. This robust tool is engineered to deliver fast, simple, and profitable brake fluid maintenance, streamlining operations for technicians. The BFX-1 effectively removes old fluid and replaces it with new, clean brake fluid in minutes, ensuring optimal system performance.

Key Features

  • Rapid Brake Fluid Exchange: The BFX-1 efficiently removes contaminated brake fluid and automatically refills the system with fresh fluid in a fraction of the time, enhancing workshop throughput.
  • Universal Vehicle Compatibility: Easy hook-up is ensured with universal adapters, supported by a quick-reference guide for broad vehicle application.
  • OEM-Compliant Bleeding Process: Utilizes a sequential bleeding method that isolates each bleeder, promoting optimum fluid purity and adherence to Original Equipment Manufacturer (OEM) recommended service procedures.
  • Comprehensive System Flush: A specialized pressure/vacuum (push/pull) process thoroughly flushes the entire brake system, guaranteeing a high-quality service and complete fluid exchange.
  • Professional-Grade Construction: Built by RTi Reading Technologies, Inc, the BFX-1 is designed for the demanding environment of professional workshops, offering durability and reliable performance.

Applications

The RTi BFX-1 Brake Fluid Exchanger is an essential tool for automotive repair shops, fleet maintenance facilities, and industrial service centers. It is ideal for routine brake fluid flushes as part of preventative maintenance schedules, as well as for addressing brake system issues that require a complete fluid exchange. This system ensures vehicles receive a high standard of brake service, maintaining safety and performance.

Browse General Brake Service Tools

This product was added to our catalog on Wednesday 07 February, 2007.