Adjustable foot LV.A-70-14-M16X68 Z011014

Adjustable foot – universal support for your projects

This adjustable foot, made of high-quality glass-fiber reinforced technopolymer, is the ideal solution wherever height adjustment and stability are required. It will work well in both precise machines and devices, as well as in industrial furniture or tooling. Its design allows for compensation of uneven surfaces, which translates into trouble-free operation and longer system life.

Design and materials – a guarantee of durability

The base of the foot is made of polyamide (PA), which ensures resistance to many chemical substances – solvents, oils, greases and others. The matte finish gives it an aesthetic look. The threaded pin, made of galvanized steel, guarantees mechanical strength and corrosion resistance. It is available in two versions: standard (LV.A) and with an additional anti-slip rubber pad made of 70A hardness NBR rubber (LV.A-AS). This pad increases the stability of the foot, especially on slippery surfaces.

Application and benefits

The LV.A-70-14-M16x68 adjustable foot is used in a wide range of industries:

• Mechanical engineering: Adjustment of the height of machines and devices, compensation for uneven ground.
• Industrial furniture: Stabilization of tables, benches and other equipment in industrial environments.
• Tooling: Precise setting and leveling of measuring and control devices.
• Automation: Mounting of automation elements requiring stable support.

By choosing this adjustable foot, you gain:

• Durability: High-quality materials ensure long-term operation even in difficult conditions.
• Chemical resistance: Possibility of use in environments exposed to contact with various chemicals.
• Stability: Anti-slip pad (in the LV.A-AS version) ensures a secure setting even on slippery surfaces.
• Easy installation: Threaded pin allows for quick and convenient installation in the prepared hole.
• Versatility: A wide range of applications makes this foot ideal for many projects.

Additional information: the foot is characterized by a maximum static load of 14000 N (for the version without an anti-slip pad). Slight knurling on the underside of the base provides additional stability even without an anti-slip pad and on uneven surfaces.