A standard touch display may contain an air gap between the touch panel and the LCD. Optical bonding fills this space with a transparent bonding material.
Improved optical performance
The air gap inside a standard display can create internal reflections. Optical bonding may reduce these reflections and improve display clarity.
This is useful when equipment is used in bright indoor environments or outdoors.
Better mechanical stability
Bonding the touch panel directly to the display creates a more integrated module. This may improve structural stability and reduce the possibility of internal contamination.
Touch performance
The complete stack-up affects touch sensitivity. The supplier must consider cover-glass thickness, bonding material, LCD noise and controller tuning.
Testing the complete bonded module is more reliable than evaluating the touch panel separately.
Applications
Optically bonded touch displays may be used in:
- Industrial HMIs
- Outdoor kiosks
- Medical equipment
- Marine displays
- Transportation equipment
- POS terminals
- Smart control systems
Information required for a quotation
Provide:
- Touch-panel drawing
- LCD model and specification
- Required bonding area
- Optical requirements
- Environmental requirements
- Target quantity
- Housing or assembly details
Optical bonding should be evaluated as part of the complete product design. Early cooperation between the buyer, touch panel supplier and display manufacturer can reduce integration problems and shorten development time.
A standard touch display may contain an air gap between the touch panel and the LCD. Optical bonding fills this space with a transparent bonding material.
Improved optical performance
The air gap inside a standard display can create internal reflections. Optical bonding may reduce these reflections and improve display clarity.
This is useful when equipment is used in bright indoor environments or outdoors.
Better mechanical stability
Bonding the touch panel directly to the display creates a more integrated module. This may improve structural stability and reduce the possibility of internal contamination.
Touch performance
The complete stack-up affects touch sensitivity. The supplier must consider cover-glass thickness, bonding material, LCD noise and controller tuning.
Testing the complete bonded module is more reliable than evaluating the touch panel separately.
Applications
Optically bonded touch displays may be used in:
- Industrial HMIs
- Outdoor kiosks
- Medical equipment
- Marine displays
- Transportation equipment
- POS terminals
- Smart control systems
Information required for a quotation
Provide:
- Touch-panel drawing
- LCD model and specification
- Required bonding area
- Optical requirements
- Environmental requirements
- Target quantity
- Housing or assembly details
Optical bonding should be evaluated as part of the complete product design. Early cooperation between the buyer, touch panel supplier and display manufacturer can reduce integration problems and shorten development time.