LMDF1500 Food Packing Machine / Disc Feeding Machine For Package Food

Disc Feeding Machine for Package Food in Food Production Line

Disc Feeding Machine Description

Disc Feeding Machine is usually used to collect completed bag/pouch packaged food from the connect conveyor.

Bag/Pouch packaged foods are staying on the surface during the disc rotate, so that workers can take the bag/pouch into the final package cardbox, according to priority and make work more efficiently.
The protect guide have been polished smoothly to protect the workers’ safety.
The rotary Speed is adjustable as per client's actual requirement.

Disc Feeding Machine Features:

Model: LMDF1500

Diameter: 1500mm

Height: 1200mm

(Customized Height will be acceptable based on client's actual requirement)

Load Capacity: 25~30 bags per cycle

(Mainly depends on the accurate sizes of various bags and pouches)

Disc Feeding Machine Details:

Henan Lingmai Machinery CO.,LTD. was founded in 2003, with the Registered Capital RMB 5,000,000. Our predecessor is the Zhoukou National Food and Packaging Machinery Factory, founded in 1989. We are one of the leading manufacturers in the field of Food Processing Machines and Food Packaging Equipment in China. Based on the rich experience of manufacture over 30 years, and the professional experience of exporting over 15 years, we have been offering our best services to clients around the world.

For years, we have been devoting ourselves to the Research and Development of Food Processing Machines and Food Packaging Equipment continuously. Through the reference of advanced technology and unremitting endeavor, we have poured the new vigor and the international competitive power into both the domestic and overseas market.

We have independent Import-export Authority, our own factory, our own Tech-team, our own Logistics Department, lonyal long-term forwarder and ship-owning company, so we can perfectly handle all the issues for our clients, from Order Inquiry to Customs Clearance, and make each client know clearly about each step during the order progressing.