Wheel Balancers /
geodyna Series /
Car Wheel Balancer with LED Display
The geodyna® 7100 from Hofmann® is a semi-automatic wheel balancing system with a small physical footprint that allows it to accommodate a variety of shop sizes. It assists automotive professionals in accurately and quickly balancing wheels by providing an easy-to-navigate, intuitive LED display and touchpad operation integrated into the weight tray. Technicians can measure wheels and proceed quickly through the balancing process with smartSonar™ technology that instantly identifies the width of the wheel using sonar sensors and enters it into the system to avoid the potential for manual entry errors. A belt-driven one-spin balance feature maximizes efficiency and performance, ensuring your shop stays equipped to complete even more wheel service jobs. Get accurate results in an uncomplicated machine, with the geodyna® 7100 wheel balancer from Hofmann® -- a profitable solution for your shop!
Uniquely designed, this system combines the monitor seamlessly with the weight tray. This integration enhances ergonomics and offers a more convenient wheel balancing experience, minimising physical strain and optimizing workflow.
This user-friendly manual clamping device ensures a 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.
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 wheel aesthetic appeal and visual presentation.