Streamlining weight placement, this precision-focused system eliminates guesswork. It employs a laser to precisely indicate the exact location for weight application, ensuring meticulous balancing and accurate results.
Optimize balancing wheels, including EV, with the latest technology and precise engineering.
The EZ-Collets mobile app helps technicians find the right collet, flange plate or speed plate for their job by selecting the vehicle. They can then compare and assess the available tools’ benefits.
Employing sophisticated techniques, this process optimizes the assembly of the tire onto the rim, reducing the need for excessive weight addition. By achieving a more balanced distribution, it enhances overall performance and minimizes potential vibrations.
MONITOR AND INTEGRATED TOUCHPAD
This system features a raised monitor and integrated touchpad, providing convenient control, optimizing workflow and simplifying the balancing process.
This user-friendly manual clamping device ensures secure attachment of the wheel to the balancer shaft. Designed for ease of use, it facilitates efficient and reliable operations, guaranteeing a stable wheel mounting process.
Engineered for optimal performance, this feature intelligently adjusts the number of revolutions according to each wheel's specifications. Operating at maximum speed, it effectively reduces cycle time, delivering swift and efficient results.
Easily generate reports on the local network (additional hardware required) or save as PDFs on a flash drive, facilitating convenient sharing of detailed information with customers for documentation or reference.
SEMI-AUTOMATIC DATA ENTRY
Equipped with a user-friendly gauge arm, this system facilitates data entry with easyALU™ assisted rim measurement technology. Technicians simply touch the rim with the gauge arm, and the system automatically enters the rim dimensions and selects the appropriate weight-balancing mode.
This intelligent system utilizes sonar sensors to automatically detect the rim width, eliminating the need for manual input and reducing the possibility of errors. By streamlining the process, it enhances efficiency and accuracy.
This feature ensures accurate balancing and discreet weight concealment behind spokes, maintaining the wheel’s aesthetic appeal and visual presentation.