As an emerging force in intelligent logistics warehousing, Reeman's AMR unmanned forklift redefines efficiency standards within the warehousing and manufacturing sectors through its 1.5-tonne ultra-high load capacity and 2.5-metre lifting height.
The core strengths of Reeman's unmanned forklifts lie in their formidable load capacity and precision operation. With a maximum load of 1.5 tonnes and a lifting height of 2.5 metres, the Reeman AMR effortlessly handles heavy cargo transportation, making it ideal for automotive manufacturing and large-scale warehousing. Equipped with LiDAR and 3D visual recognition technology, it autonomously identifies its surroundings, while its obstacle avoidance capabilities ensure safe operation in complex environments, minimising accident risks.
Supporting battery swapping technology and automatic charging, the Reeman AMR achieves 24/7 uninterrupted operation, significantly boosting equipment utilisation rates. Notably, it supports autonomous lift operation and cross-floor delivery. Combined with point-to-point precision delivery, cargo transfer from point A to B achieves centimetre-level accuracy. For instance, within logistics centres, the unmanned forklift autonomously transports pallets from ground level to elevated racking without human intervention, achieving over 40% greater efficiency than conventional forklifts.
The remote one-touch call function further streamlines operations, allowing staff to dispatch forklifts for tasks at any time with rapid response, minimising waiting periods. From an economic perspective, the return on investment for unmanned forklifts is exceptionally significant. A single unit can replace three skilled workers. Calculated at an average annual salary of ¥100,000 per worker, this yields annual labour cost savings of approximately ¥300,000. Combined with reduced error rates and equipment maintenance expenses, the payback period is remarkably short.
Presently, AMR unmanned forklifts represent not merely technological products but pivotal tools for corporate strategic transformation. They resolve safety concerns and cost pressures inherent in high-intensity labour, particularly as contactless operations become the new normal post-pandemic. With the convergence of artificial intelligence and IoT technologies, unmanned forklifts will evolve towards greater intelligence and integration. Choosing them means embracing a future of efficiency and safety – allowing intelligent equipment to shoulder heavy burdens while freeing human resources for higher-value tasks, collectively propelling the industry into a new era.