Kalmar Wins First Forwarding Order with K-Motion Power Technology in China

Kalmar won the front lift order from Kunming Tianfu Logistics Co., Ltd. This order is the first DRG order for front suspension with K-Motion power technology in China. This order has been entered into Cargotec's third quarter 2017 orders and is scheduled for delivery in September.

Kalmar Wins First Forwarding Order with K-Motion Power Technology in China

Kunming Tianfu Logistics Co., Ltd. is a well-known logistics company in Yunnan Province, which provides supporting logistics and transportation services for large enterprises in the region. The new equipment will join Kunming Tianfu Logistics Co., Ltd.'s existing four Kalmar front cranes to support the company's expanding rail business needs.

Mr. Li Yong, Manager of Kunming Tianfu Logistics Co., Ltd. stated: “The high stability, high reliability and low failure rate of Kalmar equipment ensure the continuous and efficient operation of our business. This is crucial in railway logistics because each train With strict arrival/departure schedules, equipment outages will result in train delays and even high delays, etc. Kalmar equipment leads the technology and we are very interested in this new technology and believe it can be guaranteed The premise of productivity brings us greater cost savings."

“As a market leader in reach stacking equipment, Kalmar has never ceased to innovate. Kalmar K-Motion power solution is a new type of power transmission system that uses high-efficiency drive technology—a combination of static and mechanical technologies, and intelligent programs. Co-embedded with the front crane. This measure can reduce fuel consumption and exhaust emissions, and can reduce fuel and emissions by as much as 40% compared to frontal cranes that do not adjust the drive and boost power, said Huang Jianghuo, Kalmar South China Region Manager.

Kalmar K-Motion 2.0 uses a continuously variable transmission for smoother shifts, parking and direction changes. Ensures that the operator can perform more precise driving operations, thereby improving safety. (This article comes from Kalmar )