Hydraulic-pneumatic floor pit lift 16t for car repairs

Hydraulic-Pneumatic Floor Pit Lift 16t for Car Repairs

Country of origin: Poland, warranty period - 24 months

The hydraulic-pneumatic floor pit lift is designed for professional vehicle repairs. This lift features a 16-ton lifting capacity, robust construction, and flexibility. It is designed to move along the channel on its base and across on guides, making it easy to use in various repair areas while ensuring convenient and efficient operation.

This hydraulic-pneumatic floor pit lift uses both hydraulic and pneumatic systems. Pneumatics (air) are used to create pressure, which is transferred to the hydraulic mechanism. This allows for quick and efficient lifting of heavy loads. Due to its air-assist system, it offers a faster lifting process, making it more suitable for intensive tasks or workshops that service many vehicles. However, its more complex design requires regular maintenance of the pneumatic system.

Features:

• Maximum lifting capacity of 16 tons ensures the ability to lift vehicles of various sizes.
• Manual and pneumatic-hydraulic pump options provide flexibility in operation.
• Slim design and low base allow free movement along the channel's entire length under the vehicle.
• The load is distributed through a rectangular base, which rests on the ground after releasing the spring wheel suspensions.
• Complies with EC/CE declaration requirements.
• Full technical documentation is provided (suitable for UDT).
• Post-warranty service is available.
• Suitable for channels of any width (the trolley is selected based on the customer's requirements).

Technical Specifications:

• Maximum lifting capacity: 16 tons
• Pump: Manual and pneumatic-hydraulic
• Lifting height (piston stroke): 600 mm or 800 mm
• Additional cost for 800 mm piston: 369 EUR including VAT
• Design: Slim design with a low base for convenient operation along the channel
• Declarations: Complies with EC/CE requirements
• Documentation: Full technical documentation, suitable for UDT