Flat Top Cranes and Topless 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 components are preassembled in factory. Furthermore, a lot of the mechanical, and electrical components, and their quick couplings have achieved a 20% decrease in erection times than the prior CTY Crane Series. To be able to guarantee the crane is working in absolute safety, each phase of the crane has been carefully examined, studied and planned.
FMgru offers the use of low level acoustic emissions and ecological paints. Moreover, on request, tints with low environmental impact can be utilized to show all the clients and customers the care of the company has for both the natural environment as well as assuring protection of the numerous areas where these machinery are utilized. The company is really proud in making environmentally sound decisions whenever possible.
FMgru's TLX Series cranes have been designed and built for easy transport by containers, trailers and trucks. These units are able to be disassembled with each component of the crane breaking down to less than 6 meters length and low weight in order to facilitate the transport in narrow places. This general design makes them an ideal choice for easy assembly and transport.
Tower Cranes, Saddle Jib Cranes
Tower Cranes in addition to Saddle Jib Cranes could be assembled quite easily and fast. They are specifically engineered and designed to guarantee safety conditions throughout all of their operations. The fast erecting cranes by TCK are manufactured and designed to guarantee the best safety standards during every assembly and working situation.
The counter-jib and the jib can mesh together without any risky adjustments being required because of the way the hinges couple to the center plate. The distribution, slewing and lifting parts of these cranes are really dependable, simple and strong. These parts are controlled by a frequency inverter which allow smooth and fast movements so as prevent overstress of the crane's structure.