The portable oleopneumatic jack is the ideal solution for lifting all types of heavy vehicles, designed to ensure reliability, safety, and versatility in any situation. With a capacity of 40 tons on the first extension and 20 tons at maximum height, it can handle even the most demanding loads with ease. The automatic piston return and the dual descent valve ensure controlled speed under load and allow for faster operations when unloaded, increasing productivity and reducing downtime.

In mechanical workshops, this tool is essential for lifting heavy vehicles during both regular and extraordinary maintenance or repairs. Its robust design and ease of transport make it perfect for mobile workshops, enabling efficient field interventions, even in hard-to-reach locations. Professional tire specialists rely on it for replacing tires on heavy vehicles, ensuring quick and safe service, especially in emergency situations. Additionally, body shops use it to provide the necessary stability and precision during vehicle structure repair operations, ensuring a smooth and reliable repair process.

Characteristics:

• Capacity: 40/20 tons.
• Minimum height: 150 mm.
• First extension: 222 mm (40 t).
• Maximum height: 300 mm (20 t).
• Recommended air pressure: 8 - 10 bar.
• Average air consumption: 6.6 l/sec.
• Weight: 39 kg.

This jack combines high lifting capacity, with a range of 40/20 tons, and an adjustable height that varies from 150 mm to 300 mm, making it perfect for operating even in confined spaces. Its performance is optimized by a recommended air pressure of 8-10 bar and an average air consumption of just 6.6 l/sec, ensuring excellent energy efficiency. Despite its sturdiness, with a weight of 39 kg, the jack is easily transportable and manageable, ideal for mobile workshops or frequent relocations on-site.

Additionally, the dual descent valve system enables precise and safe control under load, ensuring the stability needed during delicate operations. This system also allows for faster descent when unloaded, optimizing the time required to complete operations.