This Double Scissor Hydraulic Lift Table is a heavy-duty, foot-operated lifting and transporting tool designed for industrial, automotive, and workshop environments. Built with a reinforced double scissor mechanism, it delivers a higher maximum lifting height compared to single-scissor models, making it ideal for tasks requiring elevated working heights. The ergonomic design and mobile base allow for easy maneuvering, while the hydraulic system ensures smooth, controlled lifting of heavy loads with minimal effort.
Key Features
Double Scissor Mechanism for Extended HeightThe dual-layer scissor structure provides a significantly higher lifting range, allowing the platform to reach elevated working positions that single-scissor tables cannot. This makes it perfect for tasks requiring maximum height, such as equipment assembly, overhead repairs, or loading/unloading high shelves.
Robust Steel Construction & Anti-Slip PlatformThe entire frame is constructed from high-strength steel with a durable powder-coated finish for rust and corrosion resistance. The large, flat platform is topped with a textured, anti-slip surface to keep loads secure during lifting and transport, even in wet or oily workshop conditions.
Foot-Operated Hydraulic SystemThe lift is powered by a foot pump, eliminating the need for electricity or compressed air. The hands-free operation lets users focus on securing and positioning the load, while the controlled release valve allows for safe, gradual lowering with adjustable speed.
Mobile & Ergonomic DesignEquipped with four heavy-duty polyurethane wheels and an ergonomic chrome-plated push handle, the table can be easily moved around the garage, warehouse, or workshop. The swivel wheels enable tight turns, and the brakes lock the cart securely in place during use.
Safety & Stability FeaturesThe scissor mechanism includes safety locking pins to prevent accidental lowering, while the reinforced base frame ensures maximum stability at full height. The hydraulic system is designed with overload protection to prevent damage from overloading.
