TC289 Tire Changer w/ Dual Assist Arms - Atlas Automotive

The Atlas Automotive TC289DAA-FPD Tire Changer is a robust solution engineered for the rigorous demands of professional automotive and industrial service centers. This heavy-duty unit provides consistent and reliable performance for mounting and demounting a wide range of passenger car and light truck tires, including the most challenging modern designs. Integrated dual assist arms significantly streamline the handling of complex tire and wheel assemblies, enhancing shop efficiency and helping to protect valuable components.

Key Features

• Professional-Grade Construction: Built for continuous daily operation, the TC289DAA-FPD delivers durable and consistent performance in high-volume professional environments.
• Integrated Dual Assist Arms: Two strategically positioned assist arms provide critical leverage and support, simplifying the bead manipulation process for low-profile, run-flat, and stiff-sidewall tires.
• Optimized Wheel and Tire Protection: Precise control throughout the tire changing process minimizes the risk of damage to delicate wheel finishes and tire beads.
• Reduced Technician Fatigue: Mechanical assistance from the dual assist arms lessens the physical effort required, promoting a more ergonomic workflow for technicians during extended use.
• Broad Tire Compatibility: Capable of servicing a diverse range of passenger car and light truck tires, accommodating both traditional and advanced tire constructions.

Applications

The Atlas Automotive TC289DAA-FPD is an ideal tool for professional automotive service centers, high-volume tire shops, and dealerships. It efficiently services a broad spectrum of passenger car and light truck tires, proving particularly valuable for managing the increasing prevalence of advanced tire designs that require additional support during the mounting and demounting process.

Specifications

• Model Number: TC289DAA-FPD
• Manufacturer: Atlas Automotive
• Weight: 950 lbs
• Dimensions: 51 x 45 x 40 inches (L x W x H)