Electric forklift supplier today: Electric stacker is a new type of storage equipment powered by a battery and powered by an electric motor. It integrates lifting, handling, and storage, and is widely accepted by customers with its unique design, reasonable configuration, advanced technology, and affordable price. The main structure of an electric stacker truck consists of devices such as batteries, motors, hydraulic pumps, oil cylinders, piston rods, forks, chains, and controllers. Discover additional info at reach truck forklift manufacturer.
Founded in 2003, Meenyon electric forklift manufacturer began to develop and produce viscous coupling and differential case for Chery Auto. Later on it OEM supplies differential case to Italian customers, FAW, Great Wall Auto, Geely Auto and several new energy electric vehicle companies. SGS IATF 16949:2016 is certified. Since 2007, it engaged in diesel forklift and electric forklift truck. Meenyon electric forklift manufacturer is specialized in the development, production and service of electric storage equipment, intelligent handling robots and forklifts. It is an OEM supplier of German and Japanese forklift manufacturers for electric pallet truck, stacker and electric forklift. Since the launch of electric pallet truck in 2012, its cumulative sales volume of electric pallet truck has exceeded 700,000 units.
Diesel forklift mainly refers to industrial handling vehicles equipped with forks and gantries, which are mainly used for loading and unloading operations. It is widely used in ports, stations, airports, warehouses, and other places, and can be equipped with different accessories for loading, unloading, and stacking operations of pallet goods. In container transportation, diesel forklift truck is also used for container transportation.
Meenyon electric forklift – solving major industry handling problems : ES20-20RAC 2.0-Ton Electric Stacker – Heavy-duty capacity thanks to reinforced H-beam steel. The high-strength chassis ensures stability and anti-deformation. Robust forks enable extra-long cargo handling. The AC drive system delivers robust and precise control. Opportunity charging with lithium battery. Optional foldable pedals, arm guards and electronic steering for both safety and comfort. 7.Automatic deceleration on turns.
In some working conditions, such as the distribution center of a supermarket, the electric order picker is different from traditional pallet handling methods. Instead of needing to ship the entire pallet, multiple types of goods are selected according to the order to form a pallet, which is then delivered to the shipping port by forklifts. This process is called picking. Electric order picker, also known as automatic forklifts or order picker truck, can be divided into low and medium high level sorting forklifts based on their working principles. The low-level picking forklift is used for picking operations on the ground, hence it is called a ground picking forklift; The mid to high level picking forklift is used for picking operations on shelves, hence it is called a shelf picking forklift. This type of Electric order picker has a lighter overall weight and better mobility, making it more suitable for single person operation. Electric order picker have the characteristics of compact structure, small conveying volume, being able to enter and exit ordinary elevator carriages, being able to smoothly enter and exit doorways, and narrow channels. Two foot design makes you safer at work. Low voltage protection device for longer battery life. Read more information at https://www.meenyon.com/.
As a clean energy source, hydrogen energy in practical applications exhibits more renewable energy characteristics compared to other greenhouse gas emissions such as carbon dioxide. Therefore, hydrogen forklift trucks are more attractive for industries such as manufacturing, large port terminals, and logistics warehousing that require a large number of multiple shifts in production. Hydrogen Production Equipment uses DuPont Nafion115 or Nafion117 as electrode separators, effectively solving the problem of hydrogen oxygen cross talk. Using MEA electrode structure to effectively improve the stability of electrolytic cells and ensure mass production. Using nanoscale catalysts to improve electrode activity and catalyst efficiency. Adopting a design scheme with small area and multiple pieces, effectively reducing production and maintenance costs.