Adjustable foot LS.A-32-14-M16X68 Z010031

Universal support for machines and devices

Swivel foot LS.A-32-14-M16X68 is a structural element with a wide range of applications in the machine industry, furniture industry, and anywhere where precise leveling and stabilization of equipment are required. Made of durable glass-fiber reinforced technopolymer based on polyamide (PA), it provides reliable support even in harsh working conditions. This material is characterized by high resistance to solvents, oils, greases and other chemicals, guaranteeing long-term operation.

The foot design is designed for easy installation and adjustment. It has a threaded base made of galvanized steel with a flat wrench grip, which allows for precise adjustment of the height and angle of inclination of the device. In addition, the use of 70 A hardness NBR rubber effectively dampens vibrations and reduces noise during machine operation. It is available in two versions – LS.A without an anti-slip pad and LS.A-AS with a mounted anti-slip pad, allowing you to adapt to specific application requirements.

Application and benefits:

• Versatility: Ideal for machines, production equipment, work tables, enclosures and many other applications requiring stable support.
• Chemical resistance: No worries about damage caused by contact with aggressive substances – ideal for industrial environments.
• Vibration damping: NBR rubber minimizes vibrations, which translates to quieter operation of the device and extends the life of its components.
• Precise adjustment: The threaded base allows for accurate leveling and adaptation to uneven surfaces.
• Durability: Reinforced technopolymer and galvanized steel provide high resistance to mechanical loads and corrosion.
• Easy installation: The flat wrench grip facilitates quick and secure mounting of the foot to the device structure.

Choosing the swivel foot LS.A-32-14-M16X68 is an investment in a reliable solution that will provide stability, safety and comfort of operation of your devices for years to come. This is especially important in applications requiring precision and vibration minimization, such as production machines or measuring devices.