Adjustable foot LV.A-60-14-AS-M12X98 Z010911

Adjustable foot – stability and versatility of applications

The LV.A-60-14-AS-M12X98 adjustable foot is a mounting element made of high-quality glass fiber reinforced technopolymer. It provides stable support for devices and machines, and its design allows for compensation of uneven surfaces. The durability of the material guarantees long-term operation even in demanding industrial conditions. This model is equipped with a non-slip rubber pad made of NBR, which further increases stability and reduces the risk of the device shifting.

Materials and construction – the key to reliability

The base of the foot is made of polyamide (PA) reinforced with glass fiber, which provides high resistance to mechanical damage, solvents, oils and lubricants. The threaded pin, made of galvanized steel, allows for solid mounting to the device structure. Galvanizing protects against corrosion, which is particularly important in environments with high humidity. The rubber non-slip pad made of NBR (70A Shore hardness) provides excellent adhesion to the surface, minimizing the risk of the foot shifting even under load. Slight knurling on the bottom of the base further improves stability, even without using the non-slip pad.

Applications and benefits

The LV.A-60-14-AS-M12X98 adjustable foot finds wide application in many industries:

• Mechanical engineering: as a supporting element for machine and device housings.
• Industrial automation: for stabilizing elements of automation systems.
• Industrial furniture: as adjustable bases for tables and other furniture used in an industrial environment.
• Mobile devices: ideal for applications requiring easy movement of devices (e.g., trolleys).
• Metalworking: as a supporting element for machines and devices used in metalworking processes.

Thanks to its design, this foot allows for:

• Compensation of uneven surfaces: ensures stability of the device even on an uneven surface.
• Vibration reduction: NBR rubber dampens vibrations, which translates to quieter operation of the device and reduced wear of structural elements.
• Easy installation: the threaded pin allows for quick and easy mounting of the foot to the device.
• High chemical resistance: the materials used to produce the foot are resistant to many chemical substances, ensuring long-term operation even in an aggressive environment.
• Increased safety: the non-slip pad minimizes the risk of the device shifting during operation.