Lifting System – 43″ (HANDTRUCK NOT INCLUDED)

$2,144.00

The SANO Lifting System is a maintenance-free hand truck lifting attachment capable of lifting up to 265 lbs using a quiet, clean 2-inch strap lift system. Compatible with LiftKar SAL ERGO, FOLD-L, and UNI models, it improves safety, efficiency, and ergonomics for professional material handling applications.

Description

The SANO Lifting System is a high-performance hand truck lifting attachment designed to make manual lifting safer, easier, and more efficient in demanding professional environments. Engineered to lift loads of up to 265 lbs, it delivers powerful, reliable performance without the noise, mess, or ongoing maintenance associated with traditional chains or steel cables.

Instead of conventional lifting mechanisms, the SANO Lifting System uses a durable 2-inch wide high-strength lifting strap. This innovative strap-lift design provides smooth, quiet, and clean operation, while remaining virtually maintenance-free. The result is a lifting solution that improves reliability, reduces downtime, and extends service life—ideal for daily commercial use.

Built with operator safety and productivity as top priorities, the SANO Lifting System significantly reduces physical strain and helps lower the risk of injury when moving heavy items, particularly up and down stairs. Its ergonomic lifting action allows operators to maintain better posture and control, improving workflow efficiency in fast-paced or physically demanding jobs.

The SANO Lifting System is fully compatible with LiftKar SAL ERGO, SAL FOLD-L, and SAL UNI models, making it a versatile upgrade for existing equipment. It works seamlessly with both S and G toe plates, and an optional folding platform is available to expand its functionality for a wider range of load types and transport applications.

Whether used in logistics, facilities management, retail, or commercial service operations, the SANO Lifting System is a smart upgrade that enhances material handling performance. It helps teams work more efficiently, lift more safely, and complete tasks with less effort—without sacrificing reliability or control.