Adjustable foot LS.A-32-14-AS-M12X43 Z010020

Adjustable foot – stability and versatility in every application

The LS.A-32-14-AS-M12x43 adjustable foot is a mounting element made of high-quality glass-fiber reinforced technopolymer. It provides stable support for various devices and structures, and its versatility makes it suitable for many industries. The construction based on polyamide (PA) guarantees resistance to solvents, oils, greases and other chemicals, making it ideal for working in harsh industrial conditions.

Construction and materials – a combination of durability and functionality

The foot base is made of PA technopolymer, which ensures its high mechanical strength and abrasion resistance. The galvanized steel threaded pin with a flat wrench grip allows for precise assembly and disassembly. The AS version also has an NBR rubber pad with a hardness of 70A Shore, which increases adhesion to the ground and reduces the risk of slipping. A matte finish gives the foot an aesthetic look.

Applications and benefits – from machines to furniture

The LS.A-32-14-AS-M12x43 foot is particularly useful wherever height adjustment or compensation for uneven ground is required. It can be used in:

• Production machines and equipment – as a leveling and stabilizing element.
• Industrial furniture – providing stability and safety at work.
• Laboratory equipment – enabling precise equipment setup.
• Steel structures – as a support point with adjustable height.
• Medical equipment – where stability and resistance to chemicals are required.

The additional anti-slip pad (in the AS version) significantly improves the stability of the foot even on slippery surfaces, which increases safety and minimizes the risk of equipment damage. Slight knurling on the bottom of the base further improves adhesion, even without using an anti-slip pad. The foot is easy to assemble thanks to the possibility of hammering with a wooden mallet - the elements are delivered disassembled to facilitate transport and storage and to protect against damage during transport.