Adjustable foot LV.A-70-14-AS-M12X98 Z010999

Adjustable foot – stability and versatility in every application

This adjustable foot, made of high-quality glass fiber reinforced technopolymer based on polyamide (PA), is an ideal solution wherever height adjustment and stability are required. The use of this material guarantees resistance to solvents, oils, greases and other chemicals, making it reliable in various industrial and production conditions. A matte finish gives it an aesthetic look.

The foot is equipped with a threaded pin made of galvanized steel with a flat wrench grip, which facilitates assembly and disassembly. It is available in a version without an anti-slip pad (LV.A) and with a mounted anti-slip pad made of 70A hardness NBR rubber (LV.A-AS). The anti-slip pad provides additional stability, especially on uneven surfaces. The foot design is designed to ensure a secure connection between the base and the pad, even with strong impacts or adhesion to the ground.

Construction and materials:

• Base: Glass fiber reinforced technopolymer based on polyamide (PA) – provides high mechanical strength and chemical resistance.
• Pin: Galvanized steel with a flat wrench grip – guarantees durability and easy assembly.
• Anti-slip pad (optional): 70A hardness NBR rubber – increases stability and adhesion to the ground.

Applications:

The LV.A-70-14-AS-M12x98 adjustable foot is used in many industries:

• Mechanical engineering: Adjustment of machine and device height, ensuring stability during operation.
• Industrial furniture: Leveling uneven surfaces, stabilizing work tables, tool cabinets, etc.
• Industrial automation: Mounting sensors, brackets and other automation elements.
• Medical devices: Adjustment of the height of hospital beds, operating tables, etc.
• Food industry: Stabilization of production and packaging equipment – materials are resistant to factors occurring in this industry.

Additionally, thanks to its construction and material properties, this foot performs perfectly in applications requiring high precision and reliability. The maximum static load is 14000 N, which confirms its solidity and durability. Slight knurling on the underside of the base provides excellent stability even without an anti-slip pad and on uneven surfaces.