Design Requirements

Application type:

Common types of industrial computers include standard 4U industrial computers, fanless embedded industrial computers, customized BOX hosts, industrial servers, industrial tablet computers, multi-network port network security devices, etc.

Application environment:

Factories, power plants, chemical plants, mining plants, underground operations, etc.

Design requirements:

• Resistance to high temperatures, corrosion, dust, oil fumes, humidity, vibration, radiation, and water. 
• Protection against power and electromagnetic interference. 
• Impact and drop resistance. 
• Clear visual performance with anti-glare. 
• Precise touch with glove operation capability, waterproof, and industrial-grade chip. 

Recommended Plan：

• Structure: G+G with a tempered cover, surface hardness ≥ 7H; AF anti-fingerprint surface and AG anti-glare treatments. 
• SENSORS utilize a low PITCH design for precise touch.
• The flexible cable is equipped with an EMI anti-interference layer to effectively shield various interferences. 
• Industrial-grade touch IC, supports glove operation. 
• Supports Windows, Android, Linux, and other systems. 

Design Requirements

Application Type:

Medical room door plates, self-service registration machines, medical imaging display screens, rehabilitation equipment, remote consultation touch devices, etc.

Application Environment:

Hospitals, clinics, medical schools, rehabilitation centers, etc.; primarily for indoor use.

Design Requirements:

• Clear visibility and high precision. 
• Waterproof touch, operable with gloves. 
• Anti-noise, anti-electromagnetic interference, and anti-radiation.

Recommended Plan

• The product structure is G+G with a tempered cover plate, surface hardness ≥7H; AF anti-fingerprint surface and AG anti-glare treatments. 
• SENSORS utilize a low PITCH design for precise touch. 
• Supports operation with gloves.
• Supports Windows, Android, Linux, and other systems. 

Design Requirements

Application type:

Sensitive touch technology is required for applications such as lighting, coffee makers, computer equipment, security systems, air conditioning systems, and audio-video systems.

Application environment:

Primarily for indoor use.

Design requirements:

• High precision, clear visibility, and scratch resistance. 
• Anti-noise interference.
• Compatibility with multiple systems.

Recommended Plan:

• Structure: G+G with a tempered cover plate, surface hardness ≥7H.
• Optical bonding of the touch and LCD assembly frame. 
• Touch chips with anti-interference capabilities.
• Supports Windows, Android, Linux, and other systems.

Design Requirements

Application type:

Transportation-specific products tailored for cars, mainly including large-screen touch controls for the center console, air conditioning and seat touch controls, touch handwriting input pads on the central armrest, main control units for large trucks, GPS navigators, etc.

Application Environment:

Passenger cars, trucks, family cars, high-speed rail, trains, etc.

Feature requirements:

• Resistance to high temperatures, high humidity, water, and dust. 
• Precise touch with clear visual performance.
• Impact and drop resistance. 
• Protection against electromagnetic interference, vibration, and power interference. 

Recommended Plan

• Structure: G+G with a tempered cover, surface hardness ≥ 7H; AF anti-fingerprint surface and AG anti-glare treatments. 
• Use of anti-UV and high-temperature resistant ink ensures long-term color stability. 
• SENSORS utilize a low PITCH design for precise touch.
• FPC equipped with an EMI anti-interference layer to effectively shield various interferences.
• Touch IC:supports glove operation.
• Supports Windows, Android, Linux, and other systems.