Translational Case Packer--- XDZX - 11

1.1 Equipment Specific Introduction

1. Side - feeding bottle method is adopted: It covers a small area, simplifies the conveying system in front of the case packer, and reduces the investment cost of the entire line of equipment.
2. Secondary decompression is used: The products are fully decompressed, enabling the bottle - gripping head to be accurately aligned with the products, and the bottle - gripping success rate is 100%. After the products enter the case - packing process, they are in a non - pressure and stable conveying state, basically eliminating the phenomenon of bottle tipping.
3. German IGUS linear positioning system is used: High positioning accuracy, accurate movement, effectively reducing the impact and vibration during equipment operation, greatly improving the operating stability and reliability of the equipment. It is lubrication - free and maintenance - free, has good hygiene conditions, and a long service life.

Structural Features

1. The main drive adopts servo speed - regulation and PLC control technology, combined with a human - machine interface to achieve stepless speed regulation. The main control uses a Siemens programmable logic controller, which has fast communication capabilities and a powerful diagnostic function to ensure the reliability of the system. It is easy to operate, has a compact and reasonable structure, and a high degree of automation.
2. Reliable operation: This machine uses special pneumatic components to grasp and place products. Through mechanical operation, pneumatic and electrical control, products are accurately and reliably loaded into cartons from the bottle - conveying platform.
3. Smooth operation: The actions of the entire case - packing process are driven by servo motors to independently drive different mechanical mechanisms, enabling product lifting, translation, and lowering, combined with pneumatic, electrical, and optical control to achieve automated operation. The actions are coordinated, and the movement is smooth and accurate.
4. The carton - conveying channel adopts a non - pressure control design.
5. Meets food hygiene requirements: Oil - free lubricated pneumatic components are used, and most moving parts adopt a user - friendly design that does not require oil lubrication throughout their life, reducing a large amount of use costs for users. For the small number of moving parts that need to be lubricated by users, a centralized lubrication scheme is adopted, which is convenient for refueling and easy for daily maintenance. At the same time, it has low noise and no oil pollution.
6. The carton - feeding operation has multiple methods, including manual carton - feeding, automatic carton - feeding, and continuous fast carton - feeding.
7. The gripper operation has manual and automatic modes. It is safe to operate, occupies a small site area, and has a large operating space.
8. It is equipped with multiple protection functions and stops in time when a fault occurs. For example, it automatically stops and waits when the carton - feeding belt is not full; it automatically stops and waits when the bottle - conveying platform is not full; it automatically stops when the gripper and the carton are misaligned; it automatically stops when an operator enters the safety isolation line.
9. The bottle - conveying system uses imported high - quality integral mesh chains with transition plates to ensure a smooth transition with the buyer's conveyor belt. The entire machine system automatically adjusts the case - packing speed according to the bottle - feeding speed of the products on the conveyor belt.

Basic Configuration

1. Taiwan HIWIN linear guide rails
2. Leuze, P + F, Japanese OMRON photoelectric control systems or equivalent brands
3. Inovance frequency converters or equivalent brands
4. Siemens PLC and control system (touch - screen control)
5. Delta servo motors
6. AIRTIC pneumatic components