Three-section inverted square column and square tube achieves high-precision telescopic breakthrough

The three-section inverted square column and square tube are made of high-strength metal material, and through advanced processing technology and precise matching design, they achieve higher stability and durability. Unlike the traditional telescopic structure, this product adopts an inverted square column design, that is, the outermost square tube is fixed, and the two inner square tubes extend outward in turn, thereby providing higher structural rigidity and smaller deformation rate.

Its 650mm travel range means that in the compact initial state, the telescopic structure can achieve a longer distance extension to meet the application needs in different scenarios. In addition, precise size control (565×70×70mm) ensures stable performance under different load conditions and avoids common shaking and offset problems.

The three-section inverted square column and square tube have shown broad application prospects in multiple industries due to its unique structural design and excellent load capacity.

Mechanical equipment field: suitable for industrial robotic arms, automated lifting platforms, etc., providing stable support and precise telescopic movement.
Building and structural support: used for adjustable support structures, such as retractable ceilings, mobile scaffolding, etc., to improve construction safety and flexibility.
Transportation industry: can be applied to special vehicle lifting systems, such as freight loading and unloading equipment, emergency rescue equipment, etc., to improve work efficiency.
During the production process, this product uses high-precision CNC processing technology to ensure the tight fit of each connection part, and at the same time passes strict quality inspections, including pressure resistance test, fatigue test, corrosion resistance test, etc., to ensure that the product can operate stably for a long time under high-intensity environment. In addition, a special protective coating is used on the surface to improve the anti-oxidation and anti-rust properties and extend the service life.