+8615753113189
Insulating glass CNC silicone gluing machine
Related Products
Automatic Insulating Glass Sealing Gluing Machine Robot ZNJ-2000
An Insulating Glass CNC Silicone Gluing Machine is a computer-controlled machine used in the production of insulating glass units (IGUs) commonly known as double or triple-glazed glass. This machine automates the process of applying silicone sealant to the edges of the glass panels to seal and bond them together, improving energy efficiency, durability, and moisture resistance.
Features:
1.High automation, high efficiency, suitable for glass deep processing enterprise to use.
2.Two completely independent glue supply system, two kinds of sealant can be arbitrary switching.
3.Friendly man- -machine interface, easy to operate.
4.Edge gumming full no bubbles, the comer is full without manual trimming.
5.The servo control system of world famous brand, stable performance.
6.Synchronous belt transmission system accurately, ensure the smooth operation and no pollution of glass.
7.Automatic alarm device of glue.
8.The third section can restore glass to improve the efficiency effectively.
Parameters:
Voltage Power | 380V |
Air Pressure | 0.5~0.8Mpa |
Squeeze Pressure | 32Mpa |
Max Glass Size | 1800*2500mm |
Min Glass Size | 350*500mm |
Glass Thickness | 12~56mm |
Working Speed | 5~40m/min |
Frequently Asked Questions
An Insulating Glass CNC Silicone Gluing Machine is an automated system designed for precise sealing of insulating glass units (IGUs). It applies silicone sealant to the edges of glass panels to ensure airtight and durable bonding, enhancing thermal insulation and durability.
The machine operates using Computer Numerical Control (CNC) technology, which ensures precise and uniform application of silicone sealant. The process includes:-
Automatic glass positioning
CNC-controlled dispensing system for accurate sealing
Even distribution of sealant along the edges
Fast curing and high-strength bonding
1. Consistent and precise sealing, reducing human error
2. Faster production speeds, improving efficiency
3. Stronger bonding and enhanced durability of IGUs
4. Reduces material wastage, optimizing cost efficiency
5. Compatible with various IGU sizes and thicknesses