• Energy costs are significantly reduced:

  • Lightweight structures themselves weigh less and require less energy to move.

  • High-efficiency motors and optimized transmission systems provide high efficiency and low reactive power loss.

  • Overall, energy consumption is typically 30% to 50% lower than traditional cranes. For heavily used workshops, the electricity bill savings can be substantial over several years.

  • Maintenance and repair costs are extremely low:

• • High-quality components have significantly lower failure rates, reducing labor and material costs for replacement parts and repairs.

  • The modular design makes maintenance quick and easy, minimizing downtime.

  • Fewer lubrication points require less routine maintenance.

• Reduced downtime costs:

  • High reliability means significantly fewer unplanned downtimes. On modern production lines, a crane downtime can cause the entire line to come to a standstill, resulting in production losses far exceeding the cost of the repair itself. The high reliability of European cranes ensures production continuity.

• Less investment in plant structure:

  Light weight means less pressure and wheel load on the factory track beams. Users may not need to pay for additional civil engineering costs to strengthen the factory building, or can build a lighter factory building structure, which in itself is a huge saving.

• Longer service life:

  • High-quality materials and design mean the equipment has a longer service life and better value retention. The service life of a European crane is usually much longer than that of a traditional crane.

Company Introduction

Hefei Kiwi Heavy Machinery Co.,ltd is located in Feidong County, Hefei City, Anhui Province. Founded in 2010, the company is a professional manufacturer and service provider of lifting machinery, material handling and various non-standard equipment products. It is committed to the development and research of lifting machinery and logistics handling technology, inheriting advanced European design concepts and perfect process flows.