YAL10E RETRACTILE TRADE

The Yale MR10E reach truck is a highly efficient and versatile material handling machine designed to optimize storage and retrieval of products in warehouses and distribution centers. With a load capacity of up to 1,000 kg, this reach truck is a reliable, high-performance solution for large-scale warehousing operations.

An outstanding feature of the MR10E is its retraction capability, which allows it to reach impressive lift heights and optimize vertical warehouse space to the maximum. This is especially valuable in high-bay warehouses, where space is limited and every centimeter counts. The maximum lift capacity of this reach truck allows you to access and store products in high racking efficiently and safely.

Operator comfort and safety are a priority in the design of the MR10E. Its cab is ergonomically designed to reduce operator fatigue during long work days. Intuitive controls, all-around visibility and precise response make operation more comfortable and efficient. In addition, advanced safety measures, such as obstacle detection systems and effective brakes, have been implemented to ensure the safety of the operator and stored products.

Durability and reliability are key components of this Yale reach truck. It is built with high quality materials and robust components that ensure reliable performance over time. Its load capacity and lift capacity make it a versatile tool for handling everything from pallets to bulk products.

In short, the Yale MR10E reach truck is an exceptionally efficient material handling machine designed for heavy-duty warehousing and distribution operations. Its retracting and lifting capabilities make it ideal for high-bay warehouses, and its focus on operator comfort and safety makes it a valuable option for companies looking to optimize their warehousing operations and maximize space utilization. The MR10E represents the quality and expertise expected from the Yale brand in the world of reach trucks and is ready to tackle the challenges of demanding work environments.