Hofmann Geodyna™ 9000p Dignostic Wheel Balancer w/Touch Screen & 3D Camera Technology
A video wheel balancer for cars and light trucks, the geodyna® 9000p features fully automatic non-contact acquisition of all data via 3D imaging technology and five high-resolution cameras, the Power Clamp clamping system, pinpoint easyWEIGHT laser, plus a touch screen interface for unequaled usability,
performance and precision
3D Imaging Diagnostics
The type, size and position of a defect in the tire are identified, measured and visualised by non-contact 3D imaging technology.
A laser point allows fast, accurate and easy positioning of adhesive weights on the wheel. As the weight location is indicated on the bottom of
the rim, the operator can ergonomically place the weights quickly, accurately and without error.
Radial run-out diagnosis of the wheel is performed during unbalance measurement, hence without compromising on productivity. High run-out is
automatically detected during rim diagnosis, providing match-mounting.
The 225 mm length allows the use of stud-hole flanges and other accessories for almost every type of rim.
Highly intuitive and fast touch-screen monitor with large digits, coloured weight position indicators and PLATINUM user interface – improved
intuitiveness and ergonomics.
Peak-to-peak and 1st harmonic graphs of wheel run-out are provided for an easy diagnostic of the issues. Rim run-out and matching information
are provided when necessary.
The rim scanner automatically detects rim diameter and offset as well as the number and position of rim spokes. Then it automatically chooses
balancing mode, weight types and weight positions
Split Weight Mode
Hides adhesive weights behind two adjacent spokes so they cannot be seen from the outside.
Telescopic Wheel Guard
The patented and ergonomic telescopic wheel guard reduces the footprint.
Touch the rim with the gauge arm to enter the rim dimensions and automatically select the weight balancing mode.
Patented automatic Power Clamp electromechanical clamps the wheel accurately with a constant force, reducing the opportunity for chasing weight.
30% reduced cycle time, less than 4,5 seconds, maintaining the same high accuracy.
VPI (Virtual Plane Imaging) Technique
Measurement system for high precision and repeatability.