The Scharine Group, Inc.

Heavy Duty Dollies

* Designed for heavy duty jobs with higher weight capacity.
* Designed to be all welded or a combination welded/bolt together.
* Designed to be integrated into any Scharine dolly system.
* Designed to have flat or raised platform or turntable top.
* Optional rounded corners for loading into trailers makes the dollies ergonomically friendly.

Quad-Steer Dolly Design

* The Quad-Steer Dolly has a short turning radius for tight corners.
* No matter how many are hooked together, they track to the first dolly.
* Tow bar and Rear hitch are at the industry standard height.
* Wear plates for stability remove the wobble found in many other Quad-Steer dollies.
* Optional rounded corners for loading into trailers makes the dollies ergonomically friendly.

Welded Dolly Design

* Designed for companies who do not need flexibility in dolly size.
* Tow bar, floor lock and rear hitch are common to all dollies.
* All dollies are designed with a common tow bar height to allow the integration of different dollies.
* The racks are desgined to be an integral part of the dolly.
* Components from the bolt together are interchangeable on this dolly.
* Designed to have flat or raised platform or turntable top.
* Optional rounded corners for loading into trailers makes the dollies ergonomically friendly.

Bolt Together Flexibility

* The modular design allows flexibility to interchange any different top with standard dolly base.
* Get any size wanted both in width and length.
* Two parts change to adjust the length or width for fast changes on the next project.
* Easy to repair, unbolt damaged parts and replace them with in stock parts.
* Tow bar, floor lock and rear hitch are common to all dollies.
* All dollies are designed with a common tow bar height to allow for the integration of dollies.
* The racks can be designed to be an integral part of the dolly.
* Designed to have flat or raised platform or turntable top.
* Optional rounded corners for loading into trailers makes the dollies ergonomically friendly.