Adjustable base LV.A-70-14-AS-M16X148 Z011007

Adjustable foot – stability and versatility in every application

This adjustable foot, made of high-quality glass fiber reinforced technopolymer, is an ideal solution wherever height adjustment and stability are required. The use of materials resistant to solvents, oils and greases guarantees a long service life even in harsh industrial conditions. This makes it suitable for both workshops and production lines.

Design and materials – the key to reliability

The base of the foot is made of polyamide (PA), which ensures its strength and resistance to mechanical damage. The galvanized steel threaded pin with a flat wrench grip allows for precise height adjustment and solid mounting. It is available in two versions: without an anti-slip pad (LV.A) and with a mounted anti-slip pad made of NBR rubber with a hardness of 70A (LV.A-AS). The NBR pad increases the stability of the foot, especially on slippery surfaces. It is worth remembering that the knurling on the bottom of the base further improves adhesion, even without using an anti-slip pad.

Applications and benefits

The LV.A-70-14-AS-M16X148 adjustable foot is used in a wide range of devices and machines, such as:

• Production machines and equipment – ensuring stable positioning and the ability to precisely adjust the height.
• Workbenches – easy leveling even on uneven surfaces.
• Transport equipment – compensation for uneven ground during the movement of loads.
• Industrial furniture – stabilization of the structure and protection of the floor from damage.
• Measuring devices – precise setting and minimization of vibrations.

By choosing this adjustable foot, you gain:

• Durability: High-quality materials guarantee a long service life.
• Stability: Anti-slip pad (in AS version) provides a secure support even on slippery surfaces.
• Chemical resistance: Possibility of use in environments exposed to aggressive substances.
• Easy installation: Threaded pin allows for quick and easy mounting.
• Height adjustment: Precise setting of the device or machine to the optimal working position.