1 tower crane lifting: lifting capacity of 3 ~ l00T, arm length at 40 ~ 80m, used in a fixed place of use, long life cycle of the occasion, more economical. Generally stand-alone operation, but also dual-lift crane.
2 bridge cranes lifting: lifting capacity of 3 ~ 1000T span of 3 ~ 150m, and easy to use. More for the plant, using the workshop, usually stand-alone operation, but also dual-lift crane.
3 truck crane hoisting: hydraulic telescopic boom, lifting capacity of 8 ~ 550T arm length at 27 ~ 120m; has steel arm, lifting capacity at 70 ~ 250T arm length of 27 ~ 145m flexible …. Easy to use. Can be stand-alone, dual lifting, but also multi-machine lifting.
4 crawler crane lifting: lifting capacity from tens of tons to thousands of tons. Arm length up to hundreds of meters;, the small weight lifting can walk, long flexible, easy to use, life cycle, more economical. Can be stand-alone, dual lifting, but also multi-machine lifting.
5 helicopters lifting: lifting capacity of 26T, used in other hoisting machinery can not be completed, such as the mountains, altitude, etc..
6 mast lifting system: usually the system by masts, wind cable rope. Improve the system, dragging row roll bar system, traction slip tail system components. Mast with a single mast, double mast, mast miter gate word mast, Tic-Tac-mast; hoist lifting system has a pulley system, hydraulic lifting system, hydraulic jacking system; single and double mast mast slip upgrade method, pull the switch (single turn, double turn) Act, no anchor elected France and other lifting technology.
7 cable portable gantry cranes lifting: lifting methods used in other occasions inconvenient or uneconomical, hanging little weight, span, height larger applications, such as bridge construction, television overhead lifting equipment.
8 hydraulic lifting France: current use “strand suspension bearing, hydraulic lifting jacks clusters, computer-controlled synchronous” approach, mainly on the pull-in (or upgrade) and Climbing (or top up) in two ways.
9 hoisting method using the structures, namely the use of the building structure for lifting points (building structure must be checked, and obtain design consent), to achieve by lifting or moving equipment winches, pulleys and other spreader.
10. ramp upgrade method, namely, by the erection of the ramp, the use of winches, pulleys and other equipment to enhance the spreader to the foundation in place.