The combined manual lifting platform is a mechanical device used for adjusting height, usually composed of multiple modular components, and can achieve lifting functions through manual operation. It is widely used in industrial, commercial and household scenarios, such as factory production lines, warehouse cargo handling, stage construction, laboratory equipment adjustment, etc.
What are the features of the combined manual lifting platform?
Manual operation: The lifting mechanism is driven by human power (such as turning the handle or rotating the screw), without the need for electricity or other power sources.
Modular design: It can flexibly combine components of different specifications to meet various height requirements and application scenarios.
Strong stability: It is usually equipped with a sturdy frame structure and locking device to ensure stability during use.
Strong load capacity: Depending on the design, it can bear weights ranging from tens of kilograms to several tons.
High safety: Manual lifting platforms are generally equipped with multiple safety protection measures to prevent overloading or accidental descent.
The core principle of the combined manual lifting platform is usually based on the screw lift or scissor lift mechanism:
Screw jack: It moves the platform up and down by rotating the screw.
Scissor lift mechanism: By using the lever principle and hydraulic or mechanical transmission, it enables the platform to rise and fall smoothly along the guide rails.
The combined manual lifting platform has become one of the tools used in many industries due to its flexibility, reliability and economy, especially in laboratory application scenarios.
