Adjustable foot LS.A-50-14-AS-M12X43 Z010098

Adjustable foot – a universal solution for stabilizing machines and equipment

The LS.A-50-14-AS-M12X43 adjustable foot is a mounting element used in many industries. It serves to stably and precisely position machines, equipment and structural elements, compensating for unevenness of the ground. Made of high-quality glass-fiber reinforced technopolymer, it provides durability and resistance to external factors.

Construction and materials – a guarantee of reliability

The base of the foot is made of polyamide (PA) reinforced with glass fiber, which translates into high mechanical strength and resistance to damage. This material is also resistant to solvents, oils and greases, making the foot ideal for working in harsh industrial conditions. The threaded pin made of galvanized steel ensures a solid connection to the structure. A version with an anti-slip rubber pad (70A Shore hardness) is available, which further increases stability and prevents the device from moving. The AS version has a factory-mounted anti-slip pad.

Applications and benefits

The LS.A-50-14-AS-M12X43 adjustable foot is a versatile element that will work in the following situations:

• Machine and equipment mounting: Provides stable equipment setup, minimizing vibration and noise.
• Compensation for uneven ground: Allows precise leveling of equipment even on uneven surfaces.
• Furniture industry: Enables adjustment of furniture leg height and ensuring structural stability.
• Industrial automation: Used in transport and positioning systems.
• Steel structures: Used as a fastening and stabilizing element of steel structures.

Thanks to its design, the adjustable foot allows for easy assembly and disassembly, which facilitates servicing of equipment and their transport. Slight knurling on the bottom of the base provides good adhesion even without an anti-slip pad, and the special design of the pad (in the AS version) guarantees its durable connection with the base, even with strong impacts or attempts to glue it to the substrate. It is important to select the appropriate safety factor when determining the maximum static load – the value provided by the manufacturer applies to ideal operating conditions.