Adjustable foot LV.A-80-14-AS-M10X43 Z011023

Adjustable foot – stability and versatility in every application

The LV.A-80-14-AS-M10x43 adjustable foot is made of high-quality glass fiber reinforced technopolymer based on polyamide (PA). It provides stable support for various devices and structures, and its versatility makes it suitable for many industries. Resistance to solvents, oils, lubricants and other chemicals guarantees long-term operation even in harsh industrial conditions.

Construction and materials

The base of the foot is made of black, matte PA technopolymer, which provides an aesthetic appearance and resistance to mechanical damage. The threaded pin, made of galvanized steel, has a flat key grip – this facilitates the assembly and disassembly of the foot. The LV.A-80-14-AS model is equipped with a permanently mounted, non-slip rubber pad made of NBR with a hardness of 70A according to Shore, which further increases stability and reduces the risk of the device shifting. The pad is permanently mounted, which speeds up installation.

• PA Technopolymer: resistant to chemicals and mechanical damage, ensuring durability.
• Galvanized steel: guarantees the strength of the threaded pin and corrosion resistance.
• NBR rubber: non-slip pad increases stability and minimizes the risk of the device shifting.
• Matte finish: aesthetic appearance and scratch resistance.

Application and benefits

The LV.A-80-14-AS-M10x43 adjustable foot is ideal for anywhere where adjustable support or compensation for uneven surfaces is required. It finds application in:

• Manufacturing machines and equipment – as a leveling and stabilizing element.
• Industrial furniture – providing stable positioning of structural elements.
• Precision instruments – minimizing vibrations and ensuring measurement accuracy.
• Metal processing – as a supporting element during welding or grinding.
• Steel structures - as a support point with adjustable height

Thanks to its construction, the foot provides not only stability, but also the possibility of precise height adjustment and vibration absorption. Slight knurling on the underside of the base provides good adhesion even without a non-slip pad and on uneven surfaces. In the event of a strong impact or adhesion to the substrate, the special design of the base and non-slip pad ensures their proper connection. The maximum static load of this foot is 16000 N (for the version with a non-slip pad).