Would you like to achieve all of this with a link conveyor: 'in three dimensions,' 'automatically,' and 'sealed transport'?
The "link conveyor" is a type of transport machinery. 【Structure and Mechanism】 By driving a chain with blades (scraper plates) inside a pipe, the transported items are conveyed in a manner where they are pushed by the blades. The blades are made of iron and are welded at regular intervals to a round steel chain. It is a very simple mechanism. 【Features】 ■ Since the transport of materials is completed within the pipe, sealed transport is possible. ■ This prevents leakage, scattering, and spillage during transport. ■ Due to the pipe installation, it can be set up in three dimensions. ■ This allows for the creation of flexible transport routes, such as installing pits to avoid pathways and obstacles or suspending from the ceiling. ■ To prevent rust, it is also possible to manufacture pipes, chains, etc., from stainless steel. 【Applications】 It is primarily used for the transport of chips generated from machine tools. On the other hand, leveraging its features of "three-dimensional," "automatic," and "sealed transport," it also serves as a transport device for various other objects such as wood chips and crushed plastics and resins.
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basic information
[For those who have the following concerns or thoughts] ■ I want to create a transport route within a limited space due to existing processing equipment and other devices. ■ I want to smartly introduce materials in a position with height differences, such as from floor level to outdoor storage hoppers. ■ I am currently collecting metal shavings with a hand cart and transporting them manually, but I want to automate the transport due to safety concerns and labor shortages. ■ The transported materials contain substances that can disperse, such as dust and odors, and I want to ensure sealed transport without losing any of them. ■ I am using open-type devices like chip conveyors for transport, but I am troubled by frequent spills of the processed materials.
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Applications/Examples of results
【Case Studies】 ■ As a conveying device for metal shavings produced by machine tools ■ As a conveying device for crushed waste plastics ■ As a conveying device for wood chips within a biomass power plant ■ As a conveying device for materials that have spilled from large conveyors at home appliance recycling facilities ■ As a conveying device for other bulk materials such as grains and scales, miscellaneous items like garbage and debris, and semi-fluid substances like food residues and sludge
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Company information
"A company that is both old and new"! The predecessor of Mitsubishi Nagasaki Machinery was established as Mitsubishi Shipbuilding Co., Ltd. Nagasaki Steel Works during the Taisho era, and it traces back to Mitsubishi Steel Co., Ltd. Nagasaki Steel Works, which became independent in 1942. In 1975, it was established by inheriting the industrial machinery and steel structure manufacturing division of the company. The technology of Mitsubishi Nagasaki Machinery is based on the skills developed as a cast and forged steel manufacturer since the Mitsubishi Steel era. While supported by tradition and new technologies, it continues its unique research and development and technical refinement, skillfully blending engineering (design technology) and manufacturing (production technology) in a well-balanced manner, actively engaging in product development and business expansion.
