In-ground scissor lift for auto workshop space saving

Heavy Duty In-Ground Scissor Lift | Ultra-Thin Flush Mount Car Hoist

Featured
Brand: HOWANN
Part Number: L-03
Category: Lifting Equipment
Availability: In Stock

Interested in this product?

Send us an inquiry for pricing and availability.

Specifications

Full Specifications:
Lifting Capacity 4,000 kg (8,800 lbs)
Max. Lifting Height 1,800 mm (71")
Initial Platform Height 0 mm (Flush with floor)
Platform Length 4,500 mm (177")
Platform Width 620 mm (24.4")
Lifting / Lowering Time 50s / 45s
Power Supply 220V / 380V, 1 Phase / 3 Phase, 50/60Hz
Motor Power 2.2 kW - 3.0 kW
Air Source Requirement 6 - 8 kg/cmu00b2

Product Description

Our premium In-Ground Heavy Duty Scissor Lift is the ultimate space-saving solution for modern automotive workshops and professional detailing bays. Designed to be buried flush with the floor, this ultra-thin alignment and service lift eliminates drive-over clearance issues, making it perfect for low-profile sports cars, luxury vehicles, and heavy SUVs alike.

Engineered with high-grade steel and a robust hydraulic system, it offers maximum stability, smooth lifting, and multi-position safety locks to ensure a secure environment for mechanics. When lowered, it integrates seamlessly into your shop’s floor, optimized for maximizing workshop workflow and aesthetics.

Key Features & Benefits

  • Flush-Mount Space Optimization: Disappears entirely into the floor when fully lowered, leaving a 100% obstruction-free work area.

  • Ultra-Thin Platform Design: Ideal for low-chassis vehicles, eliminating the risk of bumper or underbody damage during drive-on.

  • Pneumatic Safety Lock System: Automatically engages at multiple lifting heights to provide mechanical backup security.

  • Heavy-Duty Hydraulic Cylinder Setup: Dual-synchronous hydraulic cylinders ensure level, stable lifting even under uneven load distribution.

  • User-Friendly Control Panel: 24V low-voltage electronic control box equipped with clear push-button controls for safer operation.