Adjustable foot LV.A-80-14-M12X43 Z011034
Catalog numbers:
- LV.A-80-14-M12X43
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Adjustable foot LV.A-80-14-M12X43 Z011034
Adjustable foot – stability and versatility in every application
This adjustable foot LV.A-80-14-M12x43 is a reliable solution for leveling and stabilizing devices and machines. Made of high-quality glass fiber reinforced technopolymer, it provides strength and resistance to external factors. It is ideal for use in workshops and industry, where precision and durability are required.
Design and materials – a guarantee of long-term use
The base of the foot is made of polyamide (PA) reinforced with fiberglass, which translates to high resistance to mechanical damage and the action of solvents, oils and lubricants. The matte finish gives an aesthetic look, and the threaded pin made of galvanized steel with a flat key grip ensures solid mounting. The flexible NBR element with a hardness of 70 Shore A dampens vibrations and provides good adhesion to the substrate. It is worth noting that the LV.A model does not have an additional anti-slip pad – this is the basic version for applications where it is not required.
Applications and benefits – versatility in practice
The adjustable foot LV.A-80-14-M12x43 finds wide application in many industries:
- Mechanical engineering: leveling machines and production equipment, reducing vibrations.
- Industrial furniture: stabilizing work tables, transport trolleys and other equipment.
- Medical devices: precise positioning of diagnostic and therapeutic equipment.
- Industrial automation: mounting control cabinets, electrical cabinets and other automation infrastructure elements.
- Construction: supports for structural elements, leveling prefabricated elements.
Thanks to its design, this foot allows compensation for uneven surfaces, which translates to stable operation of devices and increases safety. In addition, the materials used in production ensure corrosion resistance and long life even in harsh environmental conditions.

