Topless Cranes and Flat Top Cranes
Operators and technicians alike have been impressed with the speed and ease of the erection of flat top and topless cranes. Many of the parts are preassembled in factory. Additionally, a lot of the electrical, and mechanical components, and their quick couplings have attained a 20% reduction in erection times compared to the prior CTY Crane Series. To be able to guarantee the crane is functioning in absolute safety, each and every phase of the crane has been thoroughly planned, examined and studied.
Low level acoustic emissions and ecological paints are offered by FMgru cranes. Additionally, on request, low environmental impact tints can be utilized to show all the customers and clients the care of the company has for both the natural environment along with assuring protection of the many areas where these equipments are utilized. The company is really proud in making environmentally sound decisions whenever possible.
The TLX Series cranes are designed and manufactured so as to be transported easily by trucks, containers and trailers. These models can be disassembled with every part of the crane breaking down to less than 6 meters length and low weight so as to facilitate the transport in narrow areas. This general design makes them an ideal alternative for easy transport and assembly.
Tower Cranes, Saddle Jib Cranes
Tower Cranes as well as Saddle Jib Cranes are capable of being assembled rather fast and easily. They are particularly engineered and designed to guarantee safety conditions during all of their operations. The fast erecting cranes by TCK are manufactured and designed to guarantee the best safety standards in every working situation and assembly.
The counter-jib and the jib could mesh together without any risky adjustments being needed due to the way the hinges couple to the center plate. The distribution, slewing and lifting components of these cranes are very strong, reliable and simple. These parts are controlled by a frequency inverter that allow smooth and fast movements in order prevent overstress of the structure of the crane.