Introducing the LUXMAIN Inground Lift, a revolutionary product that combines the power of electro-hydraulic technology with exceptional performance and stability. Unlike traditional pneumatic hydraulic systems, this advanced lift operates using hydraulic oil driven directly by a motor/pump station to ensure precise, efficient cylinder movement.
One of the outstanding features of the LUXMAIN underground lift is its impressive speed. The unit has a much higher compression ratio than pneumatic hydraulics, allowing quick and consistent ascents and descents. In fact, at a height of 1.8 meters, the electro-hydraulic mechanism only needs 45 seconds to complete the lifting, while the pneumatic hydraulic mechanism is significantly behind, requiring 110 seconds.
Stability is another area where LUXMAIN inground lifts really shine. Thanks to its liquid-driven electro-hydraulic system, the raising and lowering of the cylinder is smooth without any shaking or wobbling. On the other hand, the pneumatic hydraulic system is prone to “aerodynamic resistance”, external temperature fluctuations and oil density differences lead to inconsistent compression ratios, resulting in obvious shaking during operation.
For such large equipment, people are often most concerned about safety performance. Because the principles of the two devices are different, so the internal structure is completely different. The electro-hydraulic inground car lift can be equipped with a hydraulic throttle plate, which is a hydraulic buffer insurance measure when falling, and can be equipped with a mechanical lock, double insurance. The pneumatic hydraulic cannot be equipped with mechanical locks, and the whole surpping arms and the car can rotate 360 degrees before the piston reaches the top, which is very unsafe for any operation.
LUXMAIN inground car lifts are also impressively efficient in terms of fuel consumption. A typical electrohydraulic requires only about 8 liters of hydraulic oil, while pneumatic hydraulic requires about 150 to 160 liters. This significant difference not only reduces operating costs, but also simplifies the process of replacing hydraulic units when necessary.
In summary, electric hydraulic inground lifts outperform pneumatic models in efficiency, control, noise reduction, maintenance, and reliability, making them a superior choice for modern automotive workshops.
Post time: Aug-29-2025