Special Screw Packing Machine

1. Materials are conveyed into the supplemental feeding hopper via the elevator in the supplemental feeding section and then transported to the lifting section through a vibrator. The supplemental feeding section comprises four components: the supplemental feeding hopper, elevator, vibrator, and staircase. The combination of the supplemental feeding hopper, elevator, and vibrator enhances material discharge efficiency and reduces labor requirements, while the staircase facilitates visual inspection.

2. The lifting section utilizes a motor-driven chain mechanism to elevate materials. The materials are transferred from the lifting section to the weighing section. The lifting section consists of three components: a lifting motor, chain, and material hopper. The integration of the lifting motor, chain, and material hopper further improves discharge efficiency and reduces labor costs.

3. Materials are weighed by the combination weigher in the weighing section and then diverted through the diversion section. The weighing section comprises two components: the combination weigher and a platform. The combination weigher ensures precise weighing to enhance product quality, while the platform enables convenient observation and adjustment of the machine.

4. The weighed materials are directed from the diversion section to the automatic material receiving section. The diversion section includes a pneumatic cylinder and a diversion gate. This section achieves precise separation between overweight materials and qualified materials, thereby boosting production efficiency.

5. The automatic material receiving section accomplishes automated box loading through box control, box compression, and positioning. Upon completion, the packaged boxes are transferred from the automatic receiving section to the box discharge section.

6. Overweight residual materials are routed from the diversion section to the residual material discharge section. The residual material discharge section consists of a support frame and a collection bin. The design of the support frame and collection bin enables recycling of residual materials and minimizes labor input.

7. All aforementioned sections are centrally controlled by the computer in the electrical cabinet section. The cabinet design achieves enhanced system integration, reduces operational complexity, and fulfills full automation objectives. This innovation delivers improved production efficiency, ensures consistent product quality, and realizes energy-saving, high-performance operation.

● Tailored Solutions: Custom carton designs for unique branding needs
● Zero Compromise: Military-grade precision meets industrial reliability
● Global Compliance: CE certification guaranteed
● Lifetime Support: Dedicated technical team and online support