The LXG model is the culmination of Langxin's more than 10 years of production technology. The all-electric mechanism allows the machine to operate at high speed and stably. The servo equidistant preform separation ensures safety, speed, and accuracy during production. The stable infrared heating system and the stepless voltage regulation of the infrared lamps enable small preform spacing and high heating efficiency. The heating chamber can be directly flipped, significantly reducing the time spent changing lamps. The servo-driven pitch variation system ensures fast preform picking and precise preform separation pitch. Servo-driven mold closing and stretching, along with the linkage between the bottom mold and mold opening/closing, and dual-sided pneumatic pressurization compensation, reduce operating vibration and noise, achieving high-speed and precise mold opening and closing, improving the efficiency and stability of bottle blowing. Equipped with a high-pressure recovery system, it reduces high-pressure gas consumption by 30%. The mold adopts a drawer-type structure and comes with auxiliary devices for mold assembly and disassembly, ensuring safety and saving time. The human-machine interface control is simple to operate and highly automated. All electrical components in the LXG model are from Omron, Schneider Electric, and Fess. The gas recovery device, combined with upgraded heating efficiency, reduces the machine's power consumption, significantly lowering production costs. Currently, it is a highly sought-after mineral water production equipment among various enterprises.
Features:
- High-efficiency preform feeding system: The fully automated preform sorting and feeding mechanism not only achieves rapid and efficient preform sorting and feeding actions, saving labor costs, but also further enhances the stability of the entire equipment operation process. On the track of the preform sorting mechanism, sensors are installed. When the preform channel is lacking preforms, preforms will automatically enter the preform sorting system from the hopper, and single-channel preform feeding is adopted, effectively solving the problems of preform jamming and wear between preforms.
- Servo embryo separation system: Embryo separation is carried out by servo motors at equal intervals. The travel and speed of the servo motors can be adjusted simply by setting parameters on the operation console. The complex process is completed digitally, ensuring safety, speed and accuracy. The single-channel embryo separation method controlled by servo motors is faster and more precise in position compared to traditional multi-channel embryo separation and cylinder embryo separation methods.
- Intelligent heating system: It uses infrared lamp tubes to penetrate and heat the preforms, making the stretching of the preforms more uniform and achieving high transparency. It is equipped with imported reflective aluminum plates to fully utilize the heat energy of the lamp tubes, shorten the heating time, reduce energy consumption, and increase production capacity. Moreover, the temperature of each lamp tube in each layer can be adjusted independently, allowing for adjustments up and down, and front and back according to different preform requirements of customers. The intelligent ventilation system can keep the temperature inside the heating box constant.
- Servo clamping system: The clamping system is driven by a servo motor and features a mechanical linkage transmission. The mold and the bottom mold are clamped synchronously by the servo motor. A high-pressure booster plate is installed on the back of the mold frame for high-pressure clamping, effectively reducing the visibility of the mold line on the finished bottle and ensuring the quality of the bottle. The mold adopts a drawer-type structure, which is convenient for mold replacement. The operator can complete the replacement within half an hour.
- Servo stretching system: The servo motor drives the stretching system. The servo motor drives the rack and pinion to perform the stretching. The self-developed photoelectric limit and mechanical limit dual guarantee mode prevent the stretching rod from touching the bottom mold. The first blow and second blow cycle times can be adjusted separately on the control console. According to different preforms and bottle types of customers, the stretching rod can be automatically adjusted, with high flexibility.
- The human-machine operating system: The Langxin blow molding machine has a high degree of intelligence and is easy and convenient to operate. It adopts a color touch screen in both Chinese and English, and is equipped with a complete monitoring and sensing system. It features fault diagnosis display, automatic report calculation, memory storage and other functions, allowing for real-time control of the production status of the equipment.
- Cooling/Freezing Water Circulation System: The cooling and heating head device independently developed by Langxin Company ensures the cooling of the heating head after the bottle is removed. A cooling water channel is set under the heating box, which blocks the heat of the lamp tube when the bottle blank is heated. A cold air system is located below the cooling water channel to cool the bottle mouth and prevent the tooth from deforming. The freezing water flows to the mold to quickly cool the mold and improve the overall production capacity and efficiency of the machine.
- Standardized components and high-quality electrical components: The vast majority of components of Langxin Technology adopt international production standards. Standard parts are mass-produced in Langxin's CNC processing center and put into use after strict inspection by the quality inspection department. These high-quality standardized parts ensure the reliability and stability of Langxin's blow molding machine performance and reduce maintenance costs. Langxin's blow molding machine uses high-quality products from well-known foreign manufacturers for key components such as motors, PLCs, cylinders, solenoid valves, relays and air valves.