Hunter Engineering Company - NyitólapHivatalos forgalmazó: Weszti Kft.

On-Car Computerized Brake Lathes

Pro-Comp™ Computerized Compensation Speeds Operations

The OCL400 and OCL430MD utilizes sophisticated electronics and computerized measurements to eliminate the need for manual compensation by the operator. With a touch of a button and a single-point adjustment, any technician can machine a rotor to within OEM specifications in minutes.

Service Each Rotor in Less Than 9 Minutes!

Step 1: Attach adaptor and lathe. Step 1
Attach adaptor and lathe…
Step 2: Press button for computerized compensation and make a simple single-point adjustment. Step 2
Press button for computerized compensation and make a simple single-point adjustment…
Step 3: Adjust cut depth and machine rotor with Step 3
Adjust cut depth and machine rotor with “on-the-fly” optimum speed.
Compensation Methods and Models Available
Pro-Comp™ Computerized Runout Compensation
Model OCL400
With a push of a button and a simple single-point adjustment, the OCL400 quickly compensates for lateral runout. Compensation is greatly simplified, no longer requiring time-consuming dial indicators or special tools. Ensures your brake service technician is machining the rotor within OEM specifications.

Pro-CompT Computerized Runout Compensation Model OCL400
Rotor is automatically placed at the high point for simple single-point runout elimination. Removes operator guesswork.
Pro-CompT Computerized Runout Compensation Model OCL400

Manual Single-Point Compensation
Model OCL360S
Compensation of the hub, adaptor and lathe is achieved with a single-point adjustment. The compensation process is simplified and adjusting time is reduced.

Manual Single-Point Compensation Model OCL360S

Manual Three-Point Compensation
Model OCL360
Manual three-point runout compensation is accomplished at the adaptor. The lathe is then attached and the rotor machined.

Manual Three-Point Compensation Model OCL360
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