Adjustable foot LV.A-60-14-AS-M12X68 Z010907

Adjustable foot – stability and precision in every application

The LV.A-60-14-AS-M12X68 adjustable foot is a mounting element that combines functionality and durability. Made of high-quality glass-fiber reinforced technopolymer, it provides stable support and height adjustment. It is ideal for applications requiring compensation for uneven surfaces and precise positioning of devices and machines.

Design and materials

The base of the foot is made of polyamide (PA) reinforced with glass fiber, which guarantees high resistance to mechanical damage, solvents, oils and lubricants. The threaded pin, made of galvanized steel, provides a solid connection and corrosion resistance. The LV.A-60-14-AS model is equipped with a non-slip NBR rubber pad with a hardness of 70A (Shore A), which further increases stability and reduces the risk of the device shifting. A matte finish gives it an aesthetic look and prevents glare.

Applications and benefits

The LV.A-60-14-AS-M12X68 adjustable foot is widely used in the machinery industry, furniture, laboratory equipment and anywhere where precise positioning of elements and compensation for uneven surfaces are required.

• Versatility: Height adjustment allows for perfect adaptation to different mounting conditions.
• Stability: The non-slip pad provides a secure support even on slippery surfaces.
• Durability: High-quality materials guarantee long life and resistance to external factors.
• Chemical resistance: PA technopolymer is resistant to many chemicals, making the foot ideal for use in harsh industrial conditions.
• Easy installation: The threaded pin allows for quick and easy installation in threaded holes.
• Universality: Suitable for both professional applications (installers) and end-users who need precise equipment setup.

Thanks to its design, this foot allows for minimal knurling of the underside of the base, providing excellent stability even without using a non-slip pad and on uneven surfaces. This solution is particularly appreciated where reliability and precision of device or machine positioning are important.