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Touchscreen Display Manufacturer

In today’s tech-driven world, the demand for high-quality touchscreen displays is soaring across various industries. As a leading touchscreen display manufacturer, Reshine Display stands out due to its commitment to innovation, quality, and customer satisfaction. With over a decade of experience, Reshine Display has mastered the art of producing reliable and customized touchscreen solutions that cater to the specific needs of our clients.

Touchscreen Displays Products

10.1" Capacitive Touch Screen With Touch Screen Controller Board Can Be Used For Raspberry Pi Display RXC-GG101252H-1.0
Model: RXC-GG101252H-1.0 
Capacitive touch screen Size: 10.1 inch
Manufacturer: Reshine Display
Light transmittance: ≥85%
Hardness: 6H
 
 
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7 Inch Industrial LCD Display Panel Waterproof Capacitive Large Touch Screen Panel RXC-GG070089BH-1.0
Model: RXC-GG070089BH-1.0 
Type: Projected Capacitive (PCAP) Touch Screen 
Size: 7-inch (Diagonal) 
Active Area: 154.08 × 85.92 mm (Customizable) 
Surface Hardness: 6H (Anti-scratch, tempered glass) 
Light Transmittance: ≥86% (High clarity) 
Touch Points: 10-point multi-touch 
Interface: USB/I2C (Optional) 
Operating Voltage: 3.3V/5V DC 
Operating Temperature: -20°C ~ 70°C 
Storage Temperature: -30°C ~ 80°C 
Cover Lens Material: Chemically strengthened glass 
Surface Treatment: Anti-glare/Anti-fingerprint (Optional) 
Compatibility: Windows/Linux/Android  
Manufacturer: Reshine Display
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7 inch capacitive touch screen panel P+G RXC-PG070187A-1.0
Model: RXC-PG070187A-1.0 
Capacitive touch screen Size: 7 inch
Manufacturer: Reshine Display
Light transmittance: ≥82%
Hardness: 2H
 
 
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4.3inch 4-Wire Resistive Touch Screen RXA-043005-04 4pin Glass thickness 0.7mm
Resistive touch screen Size: 4.3 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥78%
Outlet mode: FPC outlet 
Model: RXA-043005-04
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21.5 Inch LCM 900cd 1920X1080 LVDS Interface high brightness LCD
High brightness LCD Display size: 21.5inch
Part Number:RXL215090-C
Resolution: 1920x1080
LCD Dimensions: 795.6mm*292.2mm*10.35mm
LCD viewing area: 476.64mm*268.11mm
Interface: LVDS
Brightness: 900 nits
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23.8 inch Capacitive Touch Panel, ten point touch, ILITEK EETI IC
Model: RXC-C238035
Capacitive touch screen Size: 23.8 inch
Manufacturer: Reshine Display
Light transmittance: ≥80%
Hardness: 6H
 
 
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21.5 inch PCAP with AG coating
Model: RXC-GG215687D-1.0
Capacitive touch screen Size: 21.5 inch
Manufacturer: Reshine Display
Light transmittance: ≥80%
Hardness: 6H
 
 
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32 inch ILITEK2510 IC PCAP touch screen panel projective capacitive touch panel G+ G
Model: RXC-GG320760B-1.0
Capacitive touch screen Size: 32 inch
Manufacturer: Reshine Display
Light transmittance: ≥85%
Hardness: Above 6H
 
 
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12.1Inch HMI Projected TouchScreen High Solution EETI USB Capacitive PCAP Touch Screen Panel RXC-GG121303A-1.0
Model: RXC-GG121303A-1.0
Capacitive touch screen Size: 12.1 inch
Manufacturer: Reshine Display
Light transmittance: ≥86%
Hardness: 6H
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Touch Screen Panels Factory Direct Sales Price 5 inch Resistive Touch Screens RXA-050067-01
Resistive touch screen Size: 5 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥76%
Manufacturer: Reshine Display
Model: RXA-050067-01
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4.3Inch 4 Wires 104.8mmX65mm Resistive Touch Screen Glass Sensor Panel
Resistive touch screen Size: 4.3 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥76%
Outlet mode: FPC outlet 
Model: RXA-043001-01
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Resistive Touch Screen Panel with High Brightness 7"Inch Tft Lcd Display Screen Module RXA-070043-01QR
Resistive touch screen Size: 7 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥78%
Manufacturer: Reshine Display
Model: RXA-070043-01QR
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7 inch 4-Wire Resistive Touch Screen Panel with Soldering FPC RXA-070001-01
Resistive touch screen Size: 7 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥78%
Manufacturer: Reshine Display
Model: RXA-070001-01
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7" 4 wires resistive touch screen panel for portable monitor RXA-070030-01
Resistive touch screen Size: 7 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥78%
Manufacturer: Reshine Display
Model: RXA-070030-01
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7.0" Inch Resistive Touch Screen Panel Touch Pad OEM factory customization RXA-070017-02
Resistive touch screen Size: 7 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥76%
Manufacturer: Reshine Display
Model: RXA-070017-02
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High Definition Customized Touch Panel 7inch Resistive Touch Screen for monitor RXA-070016-04
Resistive touch screen Size: 7 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥78%
Manufacturer: Reshine Display
Model: RXA-070016-04
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7 inch 4 wire resistive touch panel industrial quality stable supply factory offer for car recorder RXA-070007-11
Resistive touch screen Size: 7 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥78%
Manufacturer: Reshine Display
Model: RXA-070007-11
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7'' inch 4 wire resistive touch screen LCD Touch screen Light transmittance 80% RXA-070046-R02
Resistive touch screen Size: 7 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥80%
Manufacturer: Reshine Display
Model: RXA-070046-R02
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7" 4Wire LCD Resistive Touch Panel Screen 7inch 163.5mmX98.5mm RXA-070003-01
Resistive touch screen Size: 7 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥75%
Manufacturer: Reshine Display
Model: RXA-070003-01
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8 Inch resistive touch panel with film glass tail RXA-080.E-12
Resistive touch screen Size: 8 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥76%
Manufacturer: Reshine Display
Model: RXA-080.E-12
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8inch 192.2mmX116.3mm Resistive Touch Screen Panel Sensor Glass RXA-080033-01
Resistive touch screen Size: 8 inch
Working voltage: DC5V
Insulation resistance: ≥20MΩ/25V (DC)
Linearity: ≤1.5%
Response time: <10ms
Light transmittance: ≥75%
Manufacturer: Reshine Display
Model: RXA-080033-01
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Range of Products Offered by Reshine Display

Reshine Display offers a comprehensive range of products, including capacitive touch screens, resistive touch screens, and TFT LCD displays. Our touchscreens are available in sizes ranging from 2.4 inches to 32 inches, designed to meet the diverse requirements of industries such as industrial automation, medical devices, automotive, and consumer electronics. Whether you need a standard product or a fully customized solution, Reshine Display can deliver.

Services Provided by Reshine Display

Beyond our extensive product range, Reshine Display offers a suite of services designed to support our customers at every stage of their project. From initial concept design to prototyping, mass production, and after-sales support, we provide end-to-end solutions that ensure our clients receive exactly what they need. Our custom services include ODM (Original Design Manufacturing) and OEM (Original Equipment Manufacturing) solutions, allowing us to cater to unique specifications and deliver personalized products.

Key Considerations in Material Selection

When it comes to selecting materials for touchscreen displays, Reshine Display prioritizes quality, durability, and performance to ensure that our products meet the highest standards. Our material selection process is guided by the specific requirements of the applications our touchscreen displays will serve, ensuring optimal functionality and longevity.
1. Glass Quality
  • Optical Clarity: We use high-grade glass with excellent optical properties to ensure maximum transparency and minimal light distortion. This enhances the visibility and brightness of the display, providing a crisp and clear user experience.
  • Surface Hardness: To improve durability and resistance to scratches, our glass undergoes a tempering process that increases its surface hardness. This is crucial for applications where the touchscreen is exposed to frequent use or harsh conditions.
2. Conductive Layers
  • ITO Coating: The conductive layer, typically made of Indium Tin Oxide (ITO), is carefully selected for its transparency and electrical conductivity. ITO is applied uniformly to ensure accurate touch detection without affecting the display’s visibility.
  • Alternative Materials: For specific applications, we may use alternative conductive materials such as silver nanowires or metal mesh, which offer flexibility for curved or flexible touchscreens and enhanced performance in certain environments.
3. Protective Coatings
  • Anti-Glare and Anti-Reflective Coatings: To improve usability in various lighting conditions, we apply anti-glare and anti-reflective coatings. These coatings reduce reflections and glare, making the display easier to read in bright environments.
  • Oleophobic Coating: For touchscreens intended for high-use environments, we incorporate oleophobic coatings that resist fingerprints and smudges, keeping the screen cleaner and more responsive.
4. Adhesives
  • Optical Bonding Adhesives: We choose high-quality optical adhesives for bonding the touchscreen layers. These adhesives not only eliminate air gaps, reducing reflections and improving touch sensitivity but also enhance the overall durability of the touchscreen.
  • Environmental Resistance: The adhesives used are selected for their resistance to environmental factors such as temperature fluctuations, humidity, and UV exposure, ensuring long-term stability and performance.

Touchscreen Production Technologies

At Reshine Display, we follow a rigorous manufacturing process to ensure the highest standards of quality. Our state-of-the-art production facilities in Shenzhen and Huizhou are equipped with advanced technology and operated by skilled engineers. We employ cutting-edge techniques, including optical bonding and high-precision touch sensor integration, to create displays that offer superior performance, durability, and user experience.
  • 1. Material Selection and Preparation
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    When discussing the production technologies involved in manufacturing touchscreen and LCD displays, it is essential to delve into the intricate processes and cutting-edge techniques that ensure the creation of high-quality, reliable, and efficient products. Below is a detailed introduction to these production technologies:
     
    ITO (Indium Tin Oxide) Coating: Touchscreens rely on transparent conductive layers, typically made of ITO, applied to glass or plastic substrates. The coating process ensures that the layer is thin yet uniform, providing the necessary electrical conductivity without compromising visibility.
     
    Glass Processing: High-quality glass, often with anti-glare and anti-reflective coatings, is cut, polished, and tempered to achieve the desired durability and optical clarity. This glass acts as the top layer of the touchscreen, offering a smooth and responsive surface.
  • 2. Touch Sensor Patterning
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    Photolithography: A critical step in capacitive touchscreens is the photolithography process, where the conductive ITO layer is patterned into a grid or matrix. This pattern detects touch by sensing changes in capacitance.
     
    Etching: After patterning, unwanted areas of the conductive layer are removed through etching, leaving behind a precise touch sensor pattern. This process must be highly controlled to ensure the accuracy and sensitivity of the touchscreen.
  • 3. Bonding Techniques
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    Optical Bonding: To enhance durability and reduce reflections, optical bonding is employed to adhere the touchscreen glass to the LCD display beneath it. This process involves using a special adhesive that eliminates air gaps, improving touch sensitivity and display clarity.
     
    Laminating Layers: In some touchscreens, additional layers, such as protective films or specialized coatings, are laminated onto the glass surface. This step is crucial for adding functionalities like scratch resistance, anti-fingerprint properties, or glare reduction.
  • 4. Controller Integration
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    Driver IC (Integrated Circuit): The touch sensor grid is connected to a driver IC, which interprets touch signals and communicates them to the device's main processor. Advanced ICs support multi-touch, glove mode, and high-speed response, enhancing the user experience.
     
    Firmware Calibration: The firmware within the touch controller is calibrated to ensure accurate touch detection and processing. This step involves fine-tuning the sensitivity, linearity, and response time of the touchscreen.
  • 5. Quality Control and Testing
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    Environmental Testing: Touchscreens are subjected to rigorous testing under various environmental conditions, including extreme temperatures, humidity, and exposure to chemicals. This ensures that the touchscreens perform reliably in different environments.
     
    Functional Testing: Each touchscreen undergoes functional testing to verify touch accuracy, responsiveness, and durability. Automated systems simulate touch inputs to detect any defects or inconsistencies.

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LCD Production Technologies

1. TFT (Thin-Film Transistor) Array Fabrication
  • Photolithography and Etching: Similar to touchscreen production, photolithography and etching are used to create the thin-film transistors on a glass substrate. These transistors control the pixels in the display, determining the brightness and color of each pixel.
  • Deposition of Thin Films: Thin layers of semiconductor materials, such as amorphous silicon, are deposited onto the glass substrate. These layers form the basis of the TFTs and are critical for the display's performance.

2. Liquid Crystal Alignment
  • Rubbing Process: The alignment of liquid crystals (LC) within the display is essential for proper image formation. The glass substrate is coated with a polymer layer and rubbed in a specific direction, creating microscopic grooves that guide the LC molecules.
  • Liquid Crystal Injection: Liquid crystals are injected between two glass substrates, which are then sealed together. The LC molecules align according to the grooves, allowing them to modulate light effectively when an electric field is applied.
 
3. Color Filter Application
  • RGB (Red, Green, Blue) Patterning: A color filter layer, containing red, green, and blue sub-pixels, is applied to the glass substrate. This layer is essential for producing full-color images on the display.
  • Photoresist and Dyeing: The color filter is created using a photoresist process, followed by dyeing or pigment application. This ensures that the sub-pixels are vibrant and accurately represent the intended colors.

4. Assembly and Integration
  • Cell Assembly: The TFT array, liquid crystal layer, and color filter are assembled to form the LCD cell. This process must be conducted in a cleanroom environment to avoid contamination, which could affect display quality.
  • Backlight Integration: A backlight unit (BLU) is attached to the LCD cell. The BLU, often composed of LEDs, provides the necessary illumination for the display. Advanced techniques, such as edge-lit or direct-lit backlighting, are used to achieve uniform brightness and energy efficiency.
 
5. Final Testing and Calibration
  • Optical Inspection: Each LCD display undergoes optical inspection to check for uniformity, color accuracy, and pixel defects. High-resolution cameras and automated systems are used to detect any issues.
  • Calibration: The final step involves calibrating the display to ensure that it meets the required specifications for brightness, contrast, and color balance. This process is crucial for delivering a consistent viewing experience across all displays.

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Key Factors for Choosing the Right Touchscreen Display Manufacturer

When selecting the right touchscreen display and manufacturer for your project, it's crucial to consider several key factors that will ensure optimal performance, durability, and user experience.
1. Define Your Application Requirements
  • Usage Environment: Determine where and how the touchscreen will be used. For industrial applications, a rugged design with features like glove support and waterproofing may be necessary.
  • Display Size & Resolution: Choose the size and resolution based on the intended use. For example, smaller screens may be ideal for handheld devices, while larger, high-resolution displays suit control panels.
  • Touch Technology: Decide between capacitive and resistive touchscreens depending on the interaction needed. Capacitive screens offer multi-touch and high sensitivity, while resistive screens work well with styluses or gloves.
 
2. Consider Technical Specifications
  • Durability: Look for screens with high surface hardness (≥6H) to resist scratches and damage.
  • Environmental Resistance: Ensure the screen can operate within your required temperature and humidity range, especially for outdoor or industrial use.
  • Performance: Verify the touchscreen's responsiveness, transmittance, and longevity. A transmittance rate of ≥85% ensures clear visibility, and high-quality IC drivers like EETI can enhance touch accuracy and reliability.
3. Evaluate the Manufacturer
  • Experience & Expertise: Choose a manufacturer with a strong track record and expertise in producing touchscreen displays for your industry.
  • Customization Capabilities: Opt for a supplier that offers custom solutions tailored to your specific needs, including custom sizes, shapes, and functionalities.
  • Quality Assurance: Ensure the manufacturer adheres to international quality standards, such as ISO 9001:2015 and RoHS compliance, to guarantee the reliability and safety of your products.

4. Assess Production Capabilities
  • Capacity & Scalability: Verify that the manufacturer can meet your volume requirements and has the scalability to grow with your business.
  • Lead Time & Flexibility: Consider the supplier's ability to deliver on time and accommodate changes or special requests efficiently.
5. Testing & Certification
  • Testing Procedures: Ensure the manufacturer has rigorous testing processes in place to verify the performance and durability of their products.
  • Certifications: Look for certifications like IATF16949 if your project involves automotive applications, or other relevant certifications depending on your industry.
 
6. Long-Term Support
  • After-Sales Service: Choose a manufacturer that provides robust after-sales support, including warranty, technical assistance, and spare parts availability.
  • Partnership Potential: Consider the potential for a long-term partnership, where the manufacturer can support future projects and innovations.
 
By carefully evaluating these factors, you can select a touchscreen display and manufacturer that not only meets your current needs but also supports your long-term goals. Reshine Display, with its extensive experience, customization capabilities, and commitment to quality, is well-positioned to be the partner you can trust for your touchscreen display solutions.

Why Choose Reshine Display

Choosing Reshine Display as your touchscreen display provider offers numerous advantages that set us apart from the competition. Here’s why partnering with us is a smart choice:
1. Extensive Experience and Expertise
2. Customization Capabilities
3. State-of-the-Art Manufacturing
4. Comprehensive Product Range
5. Commitment to Quality
6. One-Stop Solution Provider
7. Competitive Pricing and Low MOQ
8. Innovation and Future-Ready Solutions
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