Swivel base LS.A-25-14-M16X108 Z009989
Catalog numbers:
- LS.A-25-14-M16X108
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Swivel base LS.A-25-14-M16X108 Z009989
Universal support and stabilization points
The adjustable foot LS.A-25-14-M16X108 is a structural element widely used in machines and equipment requiring precise leveling or compensation for uneven surfaces. This is particularly important where stability and the absence of vibrations are crucial for the proper functioning of the equipment. Used both in industry and in hobby applications, it provides reliable support and height adjustment.
Construction and materials – durability and resistance
The base of the foot is made of glass fiber reinforced polyamide (PA) based technopolymer, which guarantees high mechanical strength and resistance to solvents, oils, greases and other aggressive chemicals. The matte finish provides an aesthetic appearance and reduces glare. The zinc-plated steel thread with a flat keyway allows for solid mounting and easy adjustment. Additionally, the use of 70A Shore hardness NBR rubber provides vibration damping and stable positioning even on uneven surfaces.
Practical applications – versatility and functionality
The LS.A-25-14-M16X108 foot is ideal for many applications, such as:
- Industrial machines and equipment: as a support point for housings, machine bases, work tables.
- Precision instruments: ensuring stability for measuring, laboratory or optical devices.
- Industrial furniture: leveling cabinets, workbenches or shelves.
- Mobile equipment: enabling easy movement of equipment over uneven terrain (with appropriate wheels).
- Steel structures: as an element regulating the height and level of structures.
The LS.A version is characterized by the lack of a non-slip pad – which is important in situations where minimizing the foot height or specific friction coefficient requirements is a priority. For applications requiring additional stability, the LS.A-AS version with a mounted non-slip pad is available.

