We start with quality, but never stop here
KLD lightweight lifting solutions focus on various lifting problems, and have solved different lifting problems for hundreds of companies over the years. From airplanes to submarines, from ordinary industrial molds to large-scale equipment, from the war-torn anti-terrorism frontline to daily home life. All walks of life have gradually seen KLD heavy lifting. This time KLD Hoisting focuses on Engine production applications, take a look at the KLD lightweight hoisting program this time.
Beijing Changyuan Lang Hong Technology Co., Ltd. takes automotive engine parts as its main production project. However, in the process of producing engine block and cylinder head, frequent handling has become a big problem. However, there are no suitable load-bearing walls in the workshop to support common lifting equipment, and since the engine is made of aluminum metal, it is very prone to wear and tear, so this has soft lifting requirements for lifting equipment.
KLD lifting Plan Formulation
The KBK LIGHT CRANE SYSTEM was the first thing that came to the mind of KLD’s crane engineers when they were asked to respond to the customer’s request for an auxiliary system to meet the needs of a non-load bearing wall. Furthermore, the KBK LIGHT CRANE SYSTEM.The KLD covers most of the workshop stations, allowing the suspended item to move freely within the coverage to its designated position. To ensure that the product is protected from the impact of hard lifting, the engineers also changed the beam to a flexible beam. Equipped with a two-speed Yale hoist, this ensures a constant lifting speed and reduces wear and damage to the equipment being lifted.
KLD Custom feedback
Bring us the greatest feeling is: stability and efficiency. This self-supporting lifting equipment when it first appeared in front of our eyes or feel rather surprised, worried about the high intensity of the work this will be a problem, but the actual work in use it is very good performance. Greatly reduce our labor intensity and improve efficiency.