Over 60% more space
The Hänel Lean-Lift® uses the available room height – in a similar way to a high-bay warehouse or miniload system. Unlike these, however, it stores parts in height-optimized positions so that no space is lost. This produces maximum storage capacity on a minimal footprint. This in turn saves costs and helps to utilize the area dedicated to storage more economically.
Ergonomic and safe
The ergonomic design minimizes the physical strain for employees at work. Hänel goes far beyond the requirements of today’s safety standards.
Countless companies throughout the world use the Hänel Lean-Lift® to increase the cost-effectiveness of their warehousing and materials handling. Hänel also offers customized special features to get even more efficiency out of the Hänel Lean-Lift®. One highlight is the Hänel EcoDrive – efficient energy recovery with the Hänel Lean-Lift®.
The right decision
If you want to improve your intralogistics concept and reduce costs, you should talk to the specialists at Hänel first. They will work with you to develop your own ‘tailor-made intralogistics concept’.
Fast and efficient
The Hänel Lean-Lift® brings the requested item automatically to the access area in seconds, where it can be retrieved at the optimum ergonomic height. Goods to man is the motto instead of man to goods. Access times are radically reduced and order-picking performance substantially improved.
Optimal parts management
The state-of-the-art Hänel microprocessor controllers can be used as stand-alone inventory management systems or communicate with customers’ own data processing systems. An up-to-date overview of inventory is ensured at all times.
We are committed to environmental protection
It goes without saying that production at our three plants meets the latest environmental guidelines. Only environmentally friendly, recyclable materials are used. But it’s not only the production that lives up to Hänel’s ecological principles – even the Hänel Lean-Lift® itself does so. Moreover, the Hänel EcoDrive makes a contribution toward reducing CO2 emissions.