Skid Steer Loader Auxiliary Breaking Hammer, Breaker Used for Building Road Construction
Inquire NowDescription
The Skid Steer Loader Auxiliary Breaking Hammer is an essential tool designed for road construction projects. Engineered with robust features to ensure efficiency and reliability, this breaking hammer excels in various working conditions. The Canmax Special Design Chassis provides solid structure and exceptional stability, making it a preferred choice for heavy-duty tasks.
With a spacious and comfortable cab that offers 15%-20% more room than competitors, operators can enjoy enhanced safety and convenience. The advanced features include a powerful Diesel Engine from Perkins, Mitsubishi, or Xinchai, ensuring optimal fuel efficiency without compromising power. The hydraulic couplers facilitate quick and clean attachment changes, enhancing productivity.
Equipped with an ergonomic pilot joystick from Italy Hydrocontrol, the breaking hammer allows for precise maneuverability. The US Permco Gear Pump ensures maximum vertical power, enabling superior lift capacity, making it ideal for load and carry operations. Maintenance is made simple, with easy access to major components through the upper and back hood, ensuring efficient serviceability and prolonged productivity.
Specifications
| Feature | Details |
|---|---|
| Chassis Design | Canmax Special Design for stability |
| Cab Comfort | 15%-20% more room, front door seal, optional seat warmer and air conditioner |
| Engine Type | Perkins/Mitsubishi/Xinchai Diesel Engine |
| Attachment System | Hydraulic Couplers for quick changes |
| Control System | Ergonomic Pilot Joystick from Italy Hydrocontrol |
| Vertical Power | US Permco Gear Pump for maximum lift capacity |
| Maintenance | Easy access to components through upper and back hood |
Additional Information
This Skid Steer Loader Auxiliary Breaking Hammer is designed to enhance productivity and ensure operator comfort. Regular maintenance checks are simplified to maximize uptime and efficiency on the job site.
