General concept of workshop cranes

Shop cranes are lifting equipment specifically designed to facilitate the handling and movement of heavy loads in industrial or repair environments, such as machine shops and factories. Its main function is to lift and move parts or machinery that are too heavy or bulky to be handled manually, improving efficiency and safety in work processes.

This type of crane is characterized by its compact design and versatility, adapting to small spaces and various lifting needs. Generally, they have hydraulic or mechanical systems that allow precise and controlled maneuvers, ensuring the integrity of the load and the safety of the operator.

Hydraulic workshop cranes

Hydraulic cranes are the most common in workshops due to the ease that the hydraulic system offers to lift heavy loads with minimal effort on the part of the operator. Its mechanism is based on a hydraulic cylinder that, through oil pressure, raises the arm or boom of the crane with great power and precision.

These cranes usually incorporate a manual or electric pump to generate the necessary pressure, and have safety valves to avoid sudden descents or accidents. Its load capacity generally varies between 500 and 1000 kg, although there are specialized models with higher capacities.

Furthermore, their design allows them to be mobile, foldable or fixed, adapting to different workshop configurations and optimizing work space.

Folding workshop cranes

Folding cranes are designed for easy storage and transportation within the workshop. Its structure allows the arm and legs to be folded, significantly reducing the space they occupy when not in use.

This type of crane is ideal for workshops with space limitations or for those who need to move equipment between different work areas. Despite their compact design, they maintain a high load capacity and robustness.

The ease of assembly and disassembly of these cranes also contributes to their popularity, although it is important to verify that the folding mechanisms do not compromise stability during operation.