Vacuum Lifters for Sheet Metal and Countertops
Products in vacuum lifters for sheet metal and countertops
Vacuum technology for precise transfer
Technically advanced solutions that ensure safety and accuracy when moving and installing heavy elements—ideal for sheet metal of various gauges and stone countertops (granite, marble, quartzite, sandstone). Vacuum systems enable fast, stable transfer of large formats—even in demanding industrial or site conditions.
Gentle on materials
Vacuum force is distributed evenly over the contact surface, reducing scratches, cracks or permanent deformation—critical with expensive natural materials.
Versatility from workshop to job site
Suited to steel plants, stone shops, and large construction/production firms. Work indoors and outdoors, compatible with overhead cranes, jib cranes, hoists and installation machines.
Sheet-metal lifters – precision & safety
Accurate, fast handling is essential. Befard sheet lifters transport sheets of varied sizes safely—horizontal or vertical. Options for rotation/tilt match task requirements, eliminating slings/chains that can damage stock—valued in metalworking and façade/structural fabrication.
Stone-countertop lifters – precise installation
Natural-stone countertops demand care due to weight and brittleness. Befard lifters enable safe, quick, precise seating on cabinets or supports—secure handling of large, heavy formats, faster installs, fewer errors and higher finish quality.
Higher productivity & safer work
Vacuum lifters reduce manual strain, injuries and drops, allow ergonomic, controlled work—often by one person—suited to serial production and bespoke jobs alike.
Built to last
High-grade materials and engineering deliver resistance to heavy use, with reliable vacuum control, warning alarms and safety mechanisms for long, trouble-free service.
Summary
Befard vacuum lifters are indispensable for sheet and stone. They boost efficiency, improve quality and reduce damage risk—an investment that yields real savings and better daily performance.





