Adjustable foot LS.A-50-14-M12X98 Z010105
Catalog numbers:
- LS.A-50-14-M12X98
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Adjustable foot LS.A-50-14-M12X98 Z010105
Adjustable foot – stability and adjustment in one
This adjustable foot, made of glass fiber reinforced technopolymer based on polyamide (PA), is a solid solution for leveling and stabilizing machines, equipment and structural elements. Its design allows for compensation of uneven surfaces, minimizing vibrations and ensuring optimal operating conditions. The durability of the material guarantees long-term operation even in demanding industrial environments.
Resistance and durability of materials
The technopolymer from which the foot is made is characterized by high resistance to solvents, oils, greases and other chemicals. This makes it an ideal choice for applications in workshops, production halls and laboratories. The matte finish provides an aesthetic appearance and reduces glare. A zinc-plated steel thread with a flat wrench grip allows for precise height adjustment and secure fastening. An NBR rubber pad with a hardness of 70A (in the LS.A-AS version) further increases stability and reduces noise during operation.
Applications in industry and beyond
The LS.A-50-14-M12X98 adjustable foot finds wide application in many industries:
- Mechanical engineering: leveling machines and production equipment
- Industrial furniture: stabilization of work tables, cabinets and shelves
- Automation: mounting automation and robotics components
- Construction: leveling structural elements
- Laboratory equipment: stabilization of measuring and analytical devices
It is available in two versions: LS.A (without an anti-slip pad) and LS.A-AS (with a mounted anti-slip pad), allowing you to tailor it to specific application needs. The choice of the appropriate version depends on the required coefficient of friction and load. The anti-slip pad increases adhesion to the surface, which is particularly important for equipment exposed to shifting or vibration.

