400kg Vacuum Panel Lifter for Industrial Wall Cladding

The specified configurations use four suction pads, each measuring 150 × 490 mm with a listed load of 100 kg. Lifter lengths of 850, 1,150, 2,950 and 4,750 mm correspond to panel lengths of 12,000, 13,000, 15,000 and 17,000 mm, respectively. The 850 and 1,150 mm versions have no extension beams; the 2,950 mm version has two, and the 4,750 mm version has four. Maximum traverse load is 800 kg except for the 4,750 mm configuration, which is listed at 500 kg. The complete lifter maximum load remains 400 kg.

• Industrial wall cladding. Handling sandwich wall panels for warehouses, factories and steel buildings.
• Prefabricated building assembly. Transferring and positioning compatible wall panels during modular building production and assembly.
• Panel storage and dispatch. Moving panels between staging areas and loading positions using a suitable lifter configuration and lifting system.
• Wall refurbishment. Positioning replacement panels during facade and enclosure renovation. Operating orientation and panel compatibility must match the approved equipment setup.

• Labor savings. Calculate worker-hours saved per panel multiplied by the loaded hourly labor cost and annual panel volume.
• Shorter handling cycles. Faster transfer and positioning may increase installation output and reduce lifting-equipment time per panel. Compare actual cycle times before and after adoption.
• Reduced damage and rework. Controlled panel handling may lower scratches, deformation and replacement costs. Use recorded damage rates and repair costs to measure the benefit.
• Investment payback. Annual net savings equal labor, equipment-time and damage savings minus additional operating and maintenance costs. Payback in months equals total investment divided by annual net savings, multiplied by 12. Numeric ROI requires purchase cost, operating costs and measured productivity data.