Dongguan Dingya Electronic Heavy Duty Rolling Rack

Summary: Combined with the storage needs that the customer wants to achieve and the situation of his goods, Eyda engineers have designed a heavy duty rolling rack for it.   

Customer name: Dongguan Dingya Electronics Co., Ltd.

Project Industry: Electronic Equipment

Shelf area: 200 square meters

Project Location: Dongguan

Customer introduction:

Dingya Electronics was established in March 2008. Dingya Electronics was established in March 2008. It is an enterprise specializing in the design, production, processing and sales of fpc circuit boards, printed circuit boards, flexible circuit boards, and rigid-flex boards.

With leading technical production capacity, perfect quality assurance system, excellent work team, rigorous and efficient management, Dingya Electronics can tailor various circuit boards for customers. Products are widely used in communications, automobiles, medical equipment, optoelectronic instruments and other fields.

Project follow up:

Since Dingya Electronics has a wide variety of products, it needs to be shipped every day and needs a warehouse rack that can realize first-in, first-out, so this time they chose to customize warehouse rack. Combined with the storage needs that the customer wants to achieve and the situation of his goods, Eyda engineers have designed a heavy duty rolling rack for it.

The heavy duty rolling rack is also called the first-in-first-out rack (fifO rack). It adopts the flow bar such as roller type aluminum alloy, and realizes the first-in-first-out of the goods by using the self-weight of the goods. This slide out rack suitable for short-term storage and picking of large quantities of goods.

The operating cost of Liuli Shelf is low. It can be combined with electronic labels and barcode systems to achieve easy management of goods.

It is an efficient, fast and accurate storage system. It is widely used in distribution centers, assembly workshops and warehouses with high delivery frequency, small cargo transportation and picking operations.

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