Description of Main Components and Materials for Sorting and Packaging

Document Sharing: Description of Main Components and Materials for Sorting and Packaging

A. For the RUN‑350 High‑speed Pillow‑type Packaging Machine, parts in direct or indirect contact with food including conveyor table panel, packaging machine table panel and pusher block are made of SUS304 stainless steel, complying with standards for food production.

B. The equipment frame and various transmission structures are manufactured of plastic‑sprayed carbon steel, nickel‑plated carbon steel or aluminum alloy, featuring solid and durable structure.

C. The supporting conveyor belt of the equipment adopts food‑grade PU conveyor belt, suitable for food processing scenarios.

D. The core photoelectric sensor for sorting inspection adopts components of Baumer (Switzerland) brand with stable performance.

E. The equipment inverter is equipped with Schneider brand components.

F. The equipment encoder is fitted with Omron brand components.

Equipment Performance Features

1. Adopting a dual‑frequency conversion simplified mechanical structure, the equipment boasts a simple and well‑organized layout, low component wear rate, convenient daily maintenance and long operating cycle.

2. Fitted with enterprise‑self‑developed single‑chip microcomputer main control circuit together with touch‑screen display and frequency converter control system, it delivers a concise and clear human‑machine interaction interface with centralized and intuitive operations for easy mastering.

3. The packaging speed and bag‑forming length are independently regulated by dual frequency converters. It supports stepless speed change with a wide parameter adjustment range, and can adapt to the operation rhythm of various front‑end production‑line processes with strong adaptability.

4. Equipped with a high‑sensitivity photoelectric‑eye color‑mark tracking system, it sets sealing‑cutting positions in a digital manner, effectively improving the positioning accuracy of packaging sealing and cutting and guaranteeing the neatness of finished packages.

5. Adopting an independent PID temperature control mode, it enables flexible adjustment of temperature parameters and fits various packaging materials of different textures.

6. Built‑in positioning stop function can effectively prevent knife sticking, reduce the material loss of packaging films and cut production costs.

7. The overall transmission system features a streamlined structure with low failure probability and favorable operation stability, which greatly lowers the difficulty of daily maintenance and servicing.

8. The equipment is reserved with extended mounting structures. Intermittent inflation devices and alcohol spraying devices are available as options according to users’ production requirements to satisfy diversified production demands.

Equipment Parameters

Scheme Layout Drawing & Machine Drawing

Layout Drawing：