Guinea Local Manufacturer of China Sinotruk
In Guinea, the reach stacker for sale has become a cornerstone of modern container handling, offering unmatched versatility in stacking, transporting, and positioning operations. Designed to combine heavy lifting power with agility, the reach stacker machine is widely adopted in ports, railway depots, and large-scale logistics hubs where efficiency, speed, and adaptability are vital to daily operations.





Vehicle Model: XCS4531K9II 5/20
Rated Power: 200kw
Rated Lipting Capacity: 45 ton
No-load speed: 28 km/h
Fully loaded speed: 25 km/h
Max Lifting Height: 15100mm
Total Vehicle Curb Weight: 73500kg
Engine: Cummins brand

With its durable structure, intelligent design, and integrated safety measures, it remains one of the most practical investments for businesses aiming to handle containerized cargo efficiently in demanding industrial environments.
Compared to traditional fixed cranes, the greatest advantage of a reach stacker lies in its adaptability. Compact dimensions combined with substantial lifting strength enable the machine to function efficiently in restricted spaces where infrastructure or layout may otherwise limit productivity.
This flexibility reduces the need for costly permanent crane installations and allows facilities to respond quickly to shifting operational demands. For logistics companies in Guinea, this means shorter turnaround times and reduced infrastructure investments, translating into a stronger overall return.
The durability of the reach stacker machine begins with its rugged chassis. Constructed from high-strength materials, the base structure integrates key systems such as the engine, transmission, and hydraulics into a compact, well-protected framework.
Reinforced axles and large pneumatic tires give the unit stability and allow it to perform reliably on rough or uneven terrain, conditions commonly encountered in Guinea's diverse operating environments. Most models are powered by diesel engines, providing the torque needed to move fully loaded containers smoothly across short to medium distances.
Central to its function is the lifting arm. Built from high-grade steel, the arm is engineered to withstand constant use while maintaining precision and balance under heavy loads. Its telescopic extension and tilting abilities make it possible for the reach stacker to handle containers stacked several rows deep or lifted to higher levels. Hydraulic cylinders deliver smooth and powerful lifting actions, ensuring containers can be moved safely even in tight working spaces.
At the end of the lifting arm is the container spreader, a critical component of the reach stacker for sale. Using a twist-lock system, the spreader secures containers firmly at their corner castings. Designed for standard 20-foot and 40-foot containers, the spreader often includes guides and sensors to speed up alignment and locking. This reduces operator workload, accelerates cycle times, and improves overall handling safety.
The operator's cabin is another defining feature of the reach stacker machine. Positioned high on the chassis, it provides a commanding view of the work area, which is invaluable in busy yards or congested terminal environments.
Inside, modern cabins are equipped with ergonomic joystick controls, real-time digital displays, and integrated diagnostic tools. These systems help operators manage lifts with greater accuracy and ensure they remain aware of the reach stacker price performance parameters at all times, reducing the risk of accidents.
The hydraulic system underpins the machine's reliability. It powers not only the lifting arm and spreader but in some designs also the steering functions. By minimizing hydraulic losses, the system conserves fuel while delivering precise, consistent performance. Reliable hydraulics mean smoother handling, less wear on components, and extended service life, all of which improve the value proposition of any reach stacker price.
Safety systems are integral to every modern reach stacker for sale. Load monitoring prevents operators from exceeding safe weight limits, while tire pressure monitoring systems issue alerts before problems escalate.
Many advanced models incorporate additional technologies such as backup cameras, radar sensors, or anti-rollover protections, further enhancing operator confidence and workplace safety.
Finally, stability during lifting is reinforced by the counterweight system at the rear of the reach stacker machine. Carefully engineered to balance the arm's capacity and geometry, the counterweights keep the unit stable even when containers are lifted to maximum height. On unstable or sloped terrain, auxiliary stabilizers can be deployed for added security, ensuring reliable operation under challenging conditions.