Swivel base LV.A-125-24-M16X158 Z010820

Adjustable foot – stability and versatility in every application

The LV.A-125-24-M16X158 adjustable foot is made of high-quality glass-fiber reinforced technopolymer, guaranteeing high strength and resistance to damage. The use of polyamide (PA) in the construction provides resistance to solvents, oils, greases and other chemicals – making it an ideal solution in demanding industrial environments. A matte finish gives an aesthetic appearance and minimizes glare.

This foot is particularly valued for its ability to compensate for uneven surfaces, allowing stable positioning of machines and equipment even on irregular surfaces. A threaded pin made of galvanized steel with a flat wrench grip enables precise height adjustment and easy assembly and disassembly. It is available in a version without an anti-slip pad (LV.A) and with a mounted anti-slip pad made of 70A hardness NBR rubber (LV.A-AS), providing additional stability and safety.

• Strength and resistance: Glass-fiber reinforced technopolymer provides high resistance to mechanical loads and chemical agents.
• Versatility: The ability to choose a version with or without an anti-slip pad allows you to adapt the foot to specific application needs.
• Easy installation: A threaded pin made of galvanized steel with a flat wrench grip facilitates height adjustment and installation.
• Stability: The foot design and optional anti-slip pad guarantee stable positioning of devices even on uneven surfaces.
• Wide range of applications: Ideal for machines, industrial equipment, furniture and all types of equipment requiring height adjustment and stability.

The LV.A-125-24-M16X158 foot is also characterized by a high static load capacity – as much as 28000 N, which confirms its solid construction and reliability in harsh working conditions. Slight knurling on the underside of the base further increases stability and grip, even without the use of an anti-slip pad. This solution will work both in precise laboratory applications and in demanding production conditions.