FINE LIFTING SOLUTION
LIFTING EXCELLENCE. POWERING PROGRESS.
The FINE Crane Division was established to provide advanced lifting and material handling solutions for infrastructure, construction, industrial, logistics, and energy sectors.
With a focus on safety, reliability, and operational efficiency, FINE offers innovative crane solutions designed to maximize productivity while minimizing downtime. Backed by global technology partnerships and a strong nationwide support network, the Crane Division continues to help customers execute projects with confidence.
NEXT GEN CRANE
Launched as part of Fine Equipments' strategic expansion into advanced lifting and material handling solutions, the Next Gen Crane Division represents the company's commitment to delivering world-class technology for modern infrastructure, industrial, and construction projects.
Engineered for performance, safety, and reliability, FINE's Next Gen Crane solutions are designed to meet the evolving demands of contractors, infrastructure developers, logistics operators, and industrial customers.
TRUCK MOUNTED CRANE
UNIC CRANES, BUILT FOR PERFORMANCE
UNIC cranes are renowned for their mobility, rugged reliability and high productivity. Mounted on heavy-, medium- and light-duty trucks, these compact straight-boom (telescopic) cranes are the cranes of choice in Japan, where UNIC enjoys roughly 50% market share. Manufactured to the highest standards in design, durability and safety, UNIC cranes ensure optimum performance on the worksite. Whether truck-mounted or stand-alone, such as the mini crawler crane, all UNIC cranes offer the same characteristic advantages.
MINI CRAWLER CRANE
FINE UNIC mini-crawler crane is incredibly compact and useful lifting equipment. Its excellent accessibility and flexibility have been globally accepted.
UNIC mini-crawler crane is perfect lifting equipment that enables to meet wide variety of applications and ideal tools to support lifting works wherever access is restricted or working space is confined. Its excellent accessibility and flexibility will make many labour-intensive lifting operations be easier, safer and faster.




