Swivel base LS.A-25-14-AS-M16X168 Z009994

Universal support and stabilization – adjustable foot LS.A-25-14-AS-M16X168

This adjustable foot is a reliable solution for leveling and stabilizing machines, equipment, and structural elements. Designed for various industrial applications, it provides precise adaptation to uneven surfaces and minimizes vibrations. Made of high-quality glass fiber reinforced polyamide (PA), it guarantees durability and resistance to external factors.

Construction and materials – durability and chemical resistance

The base of the foot is made of a technopolymer based on polyamide (PA) reinforced with fiberglass, which translates into high mechanical and chemical resistance. This material is resistant to solvents, oils, greases and other aggressive substances, making the foot ideal for working in harsh industrial conditions. A galvanized steel thread ensures a solid connection, and a flat key grip facilitates assembly and disassembly. Additionally, the presence of 70A Shore hardness NBR rubber provides good adhesion to the substrate and vibration damping. The AS version has a factory-mounted anti-slip pad for increased stability.

Applications – versatility in industry

The adjustable foot LS.A-25-14-AS-M16X168 finds wide application in many branches of industry:

• Mechanical engineering: leveling machine tools, presses, injection molding machines and other production machines.
• Industrial automation: stabilization of control cabinets, electrical cabinets and other automation devices.
• Industrial furniture: leveling work tables, assembly stations and other industrial equipment.
• Transport equipment: stabilization of trolleys, racks and other internal transport equipment.
• Construction: leveling structural elements, prefabricates and other building components.

Thanks to its construction and material properties, this foot performs well in both static and dynamic applications, providing reliable support for your equipment. Choosing the version with an anti-slip pad (LS.A-AS) further increases safety and stability in demanding applications.