Adjustable foot LV.A-60-14-AS-M8X68 Z010977

Adjustable foot – stability and precision in every application

This adjustable foot, made of high-quality glass fiber reinforced technopolymer based on polyamide (PA), is a reliable solution for leveling and stabilizing equipment and machines. It is characterized by high resistance to solvents, oils, greases and other chemicals, making it ideal for industrial and laboratory applications. A matte finish provides an aesthetic appearance, and a threaded pin made of galvanized steel guarantees a solid mounting.

Design and materials – the key to durability

The base of the foot is made of durable PA6 technopolymer, reinforced with fiberglass. This material selection ensures high rigidity and resistance to loads. The threaded pin is made of galvanized steel, which protects it against corrosion. The LV.A-60-14-AS-M8X68 version is additionally equipped with a non-slip pad made of 70A Shore hardness NBR rubber, which increases stability and grip even on uneven surfaces.

Applications and benefits

The adjustable foot LV.A-60-14-AS-M8X68 finds wide application in:

• Machines and equipment: For precise leveling and stabilization.
• Industrial furniture: Provides stable equipment setting even with intensive use.
• Laboratory equipment: Guarantees measurement accuracy thanks to stable equipment setting.
• Metalworking: Stabilization of machine tools and other production equipment.
• Industrial automation: Positioning of automation system elements.

Why choose this foot?

• High load capacity: Provides stable support even for heavy equipment (maximum static load: 14000 N).
• Chemical resistance: Possibility of use in an aggressive industrial environment.
• Stability: Non-slip pad increases grip and minimizes the risk of equipment shifting.
• Durability: Made of high-quality materials guaranteeing long life.
• Easy installation: Threaded pin allows for quick and secure mounting in an M8 threaded hole with a length of 68 mm.
• Versatility: Wide range of applications in various industries.

Additionally, the foot design is designed to provide an optimal connection between the base and the non-slip pad, even under heavy loads. Slight knurling on the underside of the base provides additional stability, even without using a non-slip pad or on uneven surfaces.