
TONA Technology TCH90 series empty container handler includes diesel and electric two major models. It is primarily designed for ports, terminals, yards, and other locations to handle the loading, unloading, transfer, and stacking of 20' or 40' standard empty containers. The machine incorporates multiple core technologies, including anti-overturning safety protection, automatic fire suppression, and load-sensing systems. With its exceptional safety and operational performance, it ensures your operations proceed steadily and efficiently.

SAFETY AND RELIABILITY
Pipeline-type automatic fire suppression system: Automatically cuts off power and extinguishes fire upon activation; prevents re-ignition, is environmentally friendly, and non-toxic.
Explosion-Proof Safety Design for Lift Hydraulic Circuits
Widened rear wheel track design: Improves driving stability during turning and high-lift operations
Optimized steering design: Reduced inner wheel steering difference, effectively minimizing tire sideslip and wear during steering
Equipped with IFM controller; main pumps and main valves are standard-fitted with world-renowned brands
INTELLIGENCE AND EFFICIENCY
Smart Decision-Making Anti-Overturning Protection: Ensures safe and highly efficient operation
Automated Fault Detection and Real-Time Data Display: Provides instant diagnostics and system status
Automatic Reverse Braking System: Activates alerts and initiates braking automatically when reversing
Built-in service access on both sides directly leads to core components at the bottom of the engine compartment, eliminating extensive disassembly for maintenance and cutting service hours
CAN Bus Control Technology: Offers strong interference resistance and fast response times.
ENERGY-SAVING
Gravity potential energy recovery system: Recovers gravitational potential energy during load lowering and deceleration; energy recovery rate reaches up to 30% per lifting cycle, lowering power consumption and extending operation endurance
Load-sensing system delivers power on demand, eliminating excess flow for reduced energy consumption.
Adaptive matching technology that automatically optimizes the powertrain and hydraulic systems for different working conditions.


