Posts Tagged ‘shallow pit vehice hoist’

All About In-Ground Car Hoist Systems

Posted in Automotive on December 22nd, 2009 by admin – Comments Off

Among the various types of car hoist systems, big automotive shops dealing with a vast range of auto mechanic services often opt for the in-ground hoist systems. This is mainly because of their lifting convenience and efficiency. The in-ground systems are mostly custom-made according to the needs of the users. They are designed to lift a variety of automotive vehicles that are varying in weight and size. People who are into the automotive mechanic industry will absolutely take advantage from this type of vehicle lifting system.

Some of the in-ground hoist types that you should look into include the following:

  • Deep pit vehicle hoist

    This is considered one of the oldest designs of automotive hoist systems. Deep-pit hoist systems are typically installed in deep pits or basements, which is why they are named as such. Their unique style allows easy and limitless access to all the lifting components. In addition, this type of in-ground system is ideal for those who want to maximize their space. However, their major drawback is the fact that you need to have a considerably deep pit of around sixteen to twenty feet.

  • Shallow pit vehicle hoist

    This is a good alternative to deep pit hoist systems since they can significantly save on excavation, installation and construction. Moreover, shallow pit hoist systems are much easier to maintain, and cost lesser as compared to the traditional deep pit hoist system. Typically, you would need to excavate at least 3.5 feet in the ground in order to properly position and install the hoist system.

  • C-frame Hoists

    This is a special type of lifting system that is supplemented by distinct mechanical supports that have wide clearances in order to allow convenient vehicle assemblies. They feature sturdy lift supports, which is evident by the presence of two sets of rails.

Take note of the following in-ground car hoist systems and carefully weigh their advantages in order to end up with the best one!