Description

Teamatech On-Car Brake Lathe:

Conventional bench-mounted brake lathes present several challenges for technicians and auto repair centers due to their limited application, time-consuming nature, low precision, inability to compensate for wheel hub inconsistencies, and dependency on operator skill. By analyzing the weaknesses and problems of these devices, Teamatech has designed and introduced the on-car brake lathe, also known as an on-the-vehicle brake disc skimmer. Below, we will detail the specifications of the Teamatech on-car brake lathe.

Applications:

As its name suggests, the Teamatech on-car brake lathe is tasked with machining brake discs that suffer from issues caused by environmental factors, such as wear and ridging, warping and runout, rust and corrosion, surface grooves, and reduced contact area between the disc and brake pad.

Advantages of the Teamatech On-Car Brake Lathe Over Other Devices:

• Use of a Stepper Motor and Belt Drive:

  The Teamatech on-car lathe utilizes stepper motor technology. Unlike other lathes on the market that use armature or gearbox motors prone to high wear and frequent failures, this type of motor has very low wear and tear, freeing you from concerns about repeated breakdowns and high maintenance.

• Higher Precision in Eliminating Vibrations:

  This device matches the rotational axis of the vehicle’s wheel hub, compensating for any runout or misalignment in these components—a critical issue that bench-mounted lathes overlook.

• Time-Saving:

  Unlike bench lathes, the on-car brake lathe does not require removing the disc from the wheel, significantly speeding up the disc machining process.

• Cost Reduction:

  Using an on-car brake lathe, unlike other models, reduces ancillary costs such as those associated with disc removal and other related repair expenses.

• Easier Operation:

  This device does not require specialized expertise, unlike other models.

• Elimination of Mounting Errors:

  Since there is no need to remove the disc for machining, abnormal performance caused by incorrect reassembly is eliminated with the on-car skimming method.

• Improved Braking Quality:

  With its precise, micrometric machining, the on-car brake lathe creates a more parallel and optimal surface for contact between the brake disc and pad.

• Portability:

  With its suitable dimensions and weight, this device is portable and can be used in any location.

Technical Specifications of the Teamatech On-Car Brake Lathe:

• Stepper Motor:

  The technology in this motor changes the electrical frequency instead of the voltage to adjust the device’s speed. This prevents interruptions or performance drops when machining a disc at lower speeds. The motor’s power is 1.3 N·m (Newton-meters).

• 20-Micron Precision:

  The Teamatech on-car lathe delivers the best-machined surface finish by leveraging high precision.

• Input Power:

  This device operates on a 220V input voltage with a power consumption of 80 watts, eliminating the need for higher voltages.

• Feed Rate Range:

  The feed rate range of the on-car lathe is from 0.07 to 3 mm per second.

• Support for Various Discs:

  This device can support a variety of discs with a thickness of up to 43 mm.

• Replaceable Cutting Insert:

  The device uses a TCMT 16 cutting insert, which guarantees the best output with its high precision.

• Digital Display:

  The ability to view the feed rate on the built-in display and adjust it to the desired level is another advantage of this machine.

• Other Specifications:

  Additional features of the Teamatech on-car brake lathe include a 70 mm tool holder length, a size 20 linear rail and carriage, a unibody frame, and Taiwanese components.

Why Buy the Teamatech On-Car Brake Lathe?

Teamatech has designed and produced this practical product with the utmost focus and precision, addressing the problems faced by repair centers and auto technicians. By purchasing the Teamatech on-car brake lathe, you will benefit from a 1-year warranty and 10 years of after-sales service