Performance features:
1. This model is suitable for removing films from tempered and non-tempered glass.
2. This model is suitable for removing various LOW-E films and double-silver films.
3. Both large and small pieces of glass with burrs can be positioned and automatically de-filmed in one go. The number of de-filming operations can be manually selected for better de-filming results.
4. For de-filming of large and small pieces of glass with burrs and wide film layers, the grinding wheel trajectory overlaps to ensure no film residue.
5. This model can be used for de-filming of point-type curtain wall ring holes. Parameter settings are easy and operation is simple and reliable.
6. The de-filming machine is suitable for de-filming of rectangular glass and various shaped glass (for specific shapes, please refer to the operation interface).
7. If customers have special glass grinding requirements, our company provides grinding program debugging and trial production.
8. The grinding wheel is equipped with a high-power automatic vacuum dust collection device to protect workers' safety and reduce dust pollution.
9. The grinding wheel spindle motor is servo-driven, providing strong de-filming force, stable de-filming speed, and automatic adjustment of corner grinding speed.
10. The grinding wheel spindle speed can be matched and adjusted according to the type of film and de-filming effect to ensure the best de-filming result.
11. This machine is equipped with an automatic diamond pen dressing system to ensure the de-filming ability of the grinding wheel and achieve better de-filming results.
12. This machine is equipped with an automatic grinding wheel diameter detection system that automatically displays the usage status of the grinding wheel and prompts the user to replace it in time.
13. The grinding wheel grinding feed is servo-controlled and has a safety program to prevent damage to the rubber roller.
14. The upper and lower sections can operate asynchronously to improve production efficiency. The entire system is fully servo-controlled, with a total of 9 servo motors.
15. The de-filming machine's main drive uses wear-resistant polyurethane belts for stable transmission, low noise, and long service life.
16. The de-filming machine's main drive belt replacement is simple and reliable, requiring only tensioning.
17. The de-filming machine is equipped with a high-power rotating suction cup and dual-turbine fans, ensuring firm and reliable glass adsorption, stable operation, and better grinding results.
18. All main drives of the de-filming machine are servo-driven, providing high grinding accuracy and strong force.
19. The de-filming machine can be used independently or connected to an insulating glass production line. The connection direction can be freely switched.
20. When the de-filming machine is connected to the production line, a continuous working mode can be set. After stepping on the foot pedal to start the de-filming program, the de-filming machine automatically and continuously conveys or de-films according to the system settings. It also has a delay standby function to automatically stop the continuous function when no glass is conveyed for a long time to avoid personal injury or incorrect de-filming.
21. This de-filming machine allows loading from the same side, that is, loading white glass and coated glass from the same side of the de-filming machine's forward glass conveying section. This loading method can be selected based on the working form of the plate press to load white glass first and then coated glass or vice versa. The number of white glass pieces can also be set to meet the processing requirements of different forms such as two-pane single-cavity glass, three-pane double-cavity glass, and four-pane triple-cavity glass.
22. This de-filming machine allows loading from different sides, that is, loading coated glass from the forward glass conveying section of the de-filming machine's main unit and white glass from the rear conveying section. This loading method can also be selected based on the working form of the plate press to load white glass first and then coated glass or vice versa. The number of white glass pieces can also be set to meet the processing requirements of different forms such as two-pane single-cavity glass, three-pane double-cavity glass, and four-pane triple-cavity glass.
23. When the de-filming machine is connected to the production line, a white glass counting switch can be added to the forward glass conveying section of the cleaning machine. In this case, coated glass is loaded on the forward glass conveying section of the de-filming machine's main unit, and white glass is loaded on the forward conveying section of the cleaning machine. This loading method can also be selected based on the working form of the plate press to load white glass first and then coated glass or vice versa. The number of white glass pieces can also be set to meet the processing requirements of different forms such as two-pane single-cavity glass, three-pane double-cavity glass, and four-pane triple-cavity glass. Compared with Method 22, this method has a higher production efficiency in continuous operation as it allows for an additional piece of glass to be held at the conveying section after the film machine.