Adjustable foot LV.A-80-14-AS-M16X148 Z011055

Product features

• High stability and versatility in every application

This adjustable foot, made of high-quality glass-fiber reinforced technopolymer, is the ideal solution wherever height adjustment and stability are required. Designed for both precise installation by professionals and ease of use for end customers, it provides reliable support for a variety of devices and structures.

Design and materials – durability and resistance

The base of the foot is made of polyamide (PA) reinforced with fiberglass, which guarantees high mechanical strength and resistance to damage. This material is also resistant to solvents, oils, lubricants and other aggressive chemicals – making it ideal for industrial and workshop applications. The galvanized steel threaded pin provides a solid connection and corrosion resistance. Available is a version without an anti-slip pad (LV.A) and with a mounted anti-slip pad made of NBR rubber with a hardness of 70° Shore A (LV.A-AS), increasing stability on slippery surfaces. Slight knurling on the bottom of the base further improves grip even without an anti-slip pad.

Applications and benefits

The adjustable foot LV.A-80-14-AS-M16X148 finds application in a wide range of industries:

• Mechanical engineering: Height adjustment of machines and equipment, ensuring stability during operation.
• Industrial furniture: Leveling uneven surfaces, stabilizing work tables, transport trolleys.
• Medical devices: Height adjustment of hospital beds, operating tables.
• Industrial automation: Mounting sensors, encoders and other automation components.
• Steel structures: Leveling foundations, stabilizing structures.

Thanks to its design, this foot allows for precise adjustment of the height of the device or structure to uneven surfaces, minimizing vibrations and ensuring stable operation. The anti-slip pad (in the AS version) further increases safety by preventing the device from accidentally moving. The maximum static load value is 16000 N – but remember to consider an appropriate safety factor depending on the specific application.