• 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

CG+OCA Vacuum Bonding Machine

CG+OCA Vacuum Bonding Machine

$29,500.00 USD
$29,500.00 USD
Распродажа Продано
Стоимость доставки рассчитывается при оформлении заказа.

CG+OCA Vacuum Bonding Machine. Bonds Cover Glass (CG) to display assemblies using OCA (Optically Clear Adhesive) film under vacuum pressure. Delivers precise, bubble-free optical bonding for smartphone and tablet screen refurbishment with superior display clarity.

Frequently Asked Questions

What is the difference between the CG+OCA Vacuum Bonding Machine and the CG+OCA Vacuum Laminating Machine?

The vacuum bonding machine uses a chamber-based vacuum bonding process with higher vacuum levels and more precise pressure control, while the laminating machine uses a roller or press-based lamination approach. The bonding machine is better suited for applications requiring the highest optical clarity and minimal bubble risk.

What OCA film thicknesses work best with this CG+OCA vacuum bonding machine?

Standard OCA film thicknesses of 100μm to 250μm are compatible with this machine. Thicker OCA films may require adjusted pressure settings. Please contact our team for recommendations based on your specific cover glass and display assembly.

How long does a typical CG+OCA bonding cycle take?

A typical bonding cycle takes approximately 1–3 minutes depending on the panel size and OCA film type. The vacuum pump-down time adds additional time before the bonding pressure is applied. Contact our team for detailed cycle time specifications.

Does this machine require calibration before use?

Initial calibration of vacuum level, pressure, and timing parameters is recommended before production use. Our team provides setup guidance and calibration support to ensure optimal bonding results from the first cycle.

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Frequently Asked Questions

What are the main advantages of using the CG+OCA Vacuum Bonding Machine for screen refurbishment?
The CG+OCA Vacuum Bonding Machine provides precise, bubble-free optical bonding, ensuring superior display clarity for smartphone and tablet screens. Its vacuum process minimizes bubbles and air pockets, resulting in a high-quality bond that enhances the visual quality of the device.
Can the CG+OCA Vacuum Bonding Machine be used with different sizes of cover glass and displays?
Yes, the CG+OCA Vacuum Bonding Machine is suitable for various panel sizes; however, cycle times and pressure settings may vary depending on the size and thickness of the display assembly. Consult our guidance to optimize settings for different device models.
What kind of maintenance or care does the CG+OCA Vacuum Bonding Machine require?
Regular cleaning of the vacuum chamber and calibration of pressure and timing settings are recommended to maintain optimal performance. Our team offers support and guidance for proper maintenance routines to ensure consistent bonding quality.
Is the CG+OCA Vacuum Bonding Machine suitable for high-volume production?
Yes, the CG+OCA Vacuum Bonding Machine is designed for efficient and precise bonding, making it suitable for high-volume refurbishment and production environments that demand bubble-free, high-quality optical bonds.
How does the vacuum level of the CG+OCA Vacuum Bonding Machine impact the bonding quality?
A higher vacuum level helps eliminate air bubbles and ensures better adhesion between the cover glass and display, resulting in clearer, more durable bonds. Proper vacuum control is essential for achieving optimal optical clarity in your bonded assemblies.