FR60 Features

RELIABILITY

Reinforced working device and chassis, durable.

Core components
· Relying on R&D system of Japan Engineering Center, we have established a solid partnership with internationally renowned companies to continuously optimize and improve the quality and service life of our components. Engines, pumps, valves, motors, cylinders and controllers are given priority.

Key structural parts
· Optimized structure design, stress testing, welding process and sheet metal research to comprehensively improve the service life of key structural components;
· The structural parts are subjected to CAE finite element analysis to strengthen the weak parts, made by professional structural parts manufacturers.

Enhanced working device
· ntegrated design for boom lower cover, high stability and durability.
· Wear-resistant bucket, high durability and wear
resistance.

Rugged chassis
· Enhanced chassis, low stress concentration, high
reliability and stability;
· Wear-resistant dozer blade, box body structure design, high reliability;
· Excellent soil discharge of track beam, avoid damage
to the carrier roller

EFFICIENCY

Excellent performance matching, efficient operation at lower fuel consumption.

Super digging force
On the basis of ensuring static digging force, the company is committed to the development of dynamic digging force. In the case of encountering large resistance during the excavation, the system will automatically adjust the output pressure to ensure a strong digging effect in the process of dynamic excavation.

Excellent performance 
Thanks to the most advanced technology and hydraulic system, the proven Yanmar engine has excellent performance in terms of hourly fuel consumption and tons of material fuel consumption.

High overall response 
Optimized engine, pump and valve, reasonable matching between pump output power and load, improved efficiency and response of hydraulic system

Rich working device
Various work devices for various operating conditions.
Optimized bucket shape, high loading/unloading efficiency