Advanced Wheel Balancer for High-Performance Precision
The Tuxedo WB-CB66-VE is a cutting-edge wheel balancer designed for a wide range of vehicles, including SUVs, cars, and motorcycles. With advanced features such as laser indicators, power-saving mode, and multi-mode vehicle balancing, it provides superior accuracy and ease of use for high-end automotive service centers.
Key Features
- Large Rim Diameter Balancing: Accommodates rim diameters up to 28″ and overall wheel diameters up to 44″.
- Multi-Mode Vehicle Balancing: Suitable for SUV, car, and motorcycle wheels with 5 standard ALU modes and 2 ALU Smart balancing methods.
- Laser Indicator: Automatically lights up the unbalanced weight position under ALUS mode for easy weight placement.
- Light Indicator: Illuminates the inside of the wheel at the unbalanced weight position, simplifying the application of weights.
- Foot Pedal Braking System: Conveniently secures the wheel in an unbalanced position for precise weight application.
- Power Saving Mode: Automatically activates stand-by mode after 5 minutes of non-usage to save energy.
- Comprehensive Accessories: Includes hood, hammer, caliper, cone sets (small, medium, large), bowl clamps, calibration weight, and speed nut.
Specifications
| Feature | Details |
|---|---|
| Brand | Tuxedo |
| Offered By | Danbury Automotive Lifts |
| Model | WB-CB66-VE |
| Data Entry Method | Keypad |
| Max Wheel Diameter | 44″ |
| Rim Width | 1.5″ – 20″ |
| Rim Diameter | 10″ – 28″ |
| Wheel Weight Capacity | 150 lbs. |
| Accuracy | 1 gram |
| Power Requirements | 110V / 15 Amp / 1 PH |
| Shipping Weight | 352 lbs. |
Why Choose the Tuxedo WB-CB66-VE?
With its robust design and advanced balancing technology, the Tuxedo WB-CB66-VE wheel balancer is ideal for shops servicing a variety of vehicle types, from motorcycles to SUVs. The inclusion of laser and light indicators enhances the accuracy and speed of weight application, ensuring that every wheel is balanced to perfection. Plus, the power-saving mode adds efficiency by reducing energy consumption during idle times.
