• TP+LCM Vacuum Bonding Machine bonding touch panels to LCD modules under vacuum for enhanced display quality
  • TP+LCM Vacuum Bonding Machine bonding touch panels to LCD modules under vacuum for enhanced display quality
  • TP+LCM Vacuum Bonding Machine bonding touch panels to LCD modules under vacuum for enhanced display quality
  • TP+LCM Vacuum Bonding Machine bonding touch panels to LCD modules under vacuum for improved display quality
  • TP+LCM Vacuum Bonding Machine bonding touch panels to LCD modules using vacuum and OCA adhesive for enhanced display quality
  • TP+LCM Vacuum Bonding Machine bonding touch panels to LCD modules under vacuum for enhanced display quality
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JiuTu Machine

G+G Vacuum Bonding Machine

G+G Vacuum Bonding Machine

$29,500.00 USD
$29,500.00 USD
In offerta Esaurito
Spese di spedizione calcolate al check-out.

G+G (Glass to Glass) Vacuum Bonding Machine. Designed for full optical bonding of two glass layers using OCA or SCA adhesive under vacuum pressure. Produces bubble-free, optically clear G+G assemblies for smartphone, tablet, and industrial display refurbishment and manufacturing.

Frequently Asked Questions

What is G+G vacuum bonding and what are its advantages?

G+G (Glass to Glass) vacuum bonding bonds two glass layers — typically a cover glass and a touch panel or LCD glass — using OCA or SCA adhesive under vacuum. This eliminates the air gap, improving display brightness, contrast, sunlight readability, and impact resistance compared to air-gap assemblies.

What adhesive types does this G+G vacuum bonding machine support?

This machine supports both OCA (Optically Clear Adhesive) film and SCA (Super Clear Adhesive) liquid glue for G+G bonding, providing flexibility for different production requirements and glass types.

How does this G+G bonding machine differ from the CG+OCA vacuum laminating machine?

The G+G vacuum bonding machine is optimized specifically for glass-to-glass bonding with enhanced vacuum and pressure control for rigid substrates. The CG+OCA model focuses on cover glass and OCA film lamination workflows. Both support OCA adhesive but are calibrated for different bonding structures.

What glass sizes can this G+G vacuum bonding machine process?

Please contact our technical team for the specific working area dimensions and maximum glass panel size supported by this model, as specifications vary by configuration.

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Frequently Asked Questions

What is a G+G Vacuum Bonding Machine and how does it improve display quality?
A G+G Vacuum Bonding Machine is designed for full optical bonding of two glass layers using OCA or SCA adhesive under vacuum pressure, resulting in bubble-free, clear assemblies. It enhances display brightness, contrast, sunlight readability, and impact resistance, making it ideal for smartphone, tablet, and industrial display refurbishment.
Which types of adhesives can I use with the G+G Vacuum Bonding Machine?
This machine supports both OCA (Optically Clear Adhesive) film and SCA (Super Clear Adhesive) liquid glue, offering versatility for different types of glass and bonding requirements.
How is the G+G Vacuum Bonding Machine different from other laminating machines?
The G+G Vacuum Bonding Machine is specifically optimized for glass-to-glass bonding with precise vacuum and pressure control, making it ideal for rigid glass substrates. It differs from the CG+OCA vacuum laminating machine, which is tailored for cover glass and OCA film lamination workflows.
What size of glass panels can I process with this G+G Vacuum Bonding Machine?
The maximum glass size supported depends on the specific model and configuration. Please contact our technical team for detailed information about the working area dimensions and supported panel sizes.
Why should I choose a G+G Vacuum Bonding Machine for my manufacturing process?
A G+G Vacuum Bonding Machine provides high-quality, bubble-free glass-to-glass assemblies with enhanced optical clarity and durability, making it essential for producing high-standard displays for consumer electronics and industrial applications.