As a leading provider of intelligent logistics solutions for warehouses, Maiwei Robotics is technology-driven, independently developing core hardware, algorithms, and software systems. It builds a three-in-one software system platform, which evolves collaboratively for rapid iteration and upgrades. Maiwei Robotics' business is mainly divided into three parts: First, providing comprehensive intelligent logistics solutions for warehouses, offering integrated intelligent logistics solutions across upstream and downstream links related to production, warehousing, and logistics; second, sales of unmanned vehicle products, including three series of products: unmanned forklifts, AMRs, and unmanned tractors. Unmanned forklifts are its main business, covering various scenarios from ground level transport to multi-level stacking; and third, the unmanned modification of manual forklifts. Based on its excellent architecture with a deep understanding of the industry, strong R&D advantages, and independent modification capabilities, Maiwei Robotics supports the unmanned modification of all types of manual forklifts.
Recently, MW-E series counterbalance forklifts, the world's first of its kind based on the Linde platform, have been launched and are now in mass production. Counterbalance forklifts are among the most widely used forklifts, meeting the needs of stacking operations while also offering advantages such as high operating speed, good climbing ability, and high load capacity. They are suitable for various application scenarios, including unmanned loading and unloading, ground cargo stacking, shuttle rack docking, ground horizontal handling, and heavy-duty stacking.
In production workshops and raw material/finished product warehouses, materials are diverse and heavy, requiring frequent and efficient delivery to various production lines. Manual forklift transport poses significant safety hazards and cannot achieve intelligent and information-based logistics. As production scales up, manual labor alone is no longer sufficient to meet production demands. The MW-E series of unmanned forklifts from Mobi Robotics, with its large counterbalanced design, easily meets the requirements for high-load, high-efficiency operations in both indoor and outdoor scenarios.
The MW-E series of counterbalanced unmanned forklifts generally use large-size rubber tires, which make them faster, less restricted by slope, and have stronger climbing ability. They can adapt to both flat indoor roads and outdoor or open-air loading and unloading scenarios, meeting the needs of all indoor and outdoor operations.
The MW-E series counterbalanced unmanned forklifts are lifting vehicles equipped with lifting forks at the front and counterbalance blocks at the rear. They are widely used in factories and warehouses for loading and unloading, stacking goods, shuttle docking, horizontal transport, and heavy-duty stacking. Furthermore, by replacing the forks with various attachments, the forklift can handle a wide variety of goods.
The MW-E series counterbalanced unmanned forklifts employs multiple layers of protection, including safety sensors, algorithm control systems, and vision systems, to enhance vehicle safety. This approach considers safety in human-machine interaction scenarios from multiple perspectives, such as ergonomics, as well as the unmanned forklift system and its mechanical aspects, providing 360° all-around comprehensive protection to ensure safer operation of unmanned forklifts.
Empowered by machine vision and a complete upper-level system, the counterbalanced MW-E series unmanned forklifts have strong load-bearing capacity and good dynamic performance. They are very suitable for intelligent manufacturing logistics and warehousing logistics handling links such as production line docking, raw material inbound and outbound, and finished product inbound and outbound. They can effectively solve the needs of intelligent production, improve efficiency, and accelerate the intelligent manufacturing transformation and upgrading of enterprises.
