Your Professional Resistive Touch Screen Supplier
Founded in 2017, MQ is a professional manufacturer of capacitive touchscreens and TFT LCD displays. With two production bases in Shenzhen and Dongguan, covering 3,000 square meters, our factory operates three dedicated production lines with a capacity of 500,000 touch panels per month. MQ’s team of experienced engineers supports both standard and custom display projects, equipped with Class 1000/100 cleanrooms and advanced optical bonding, lamination, and testing systems. provides reliable display solutions trusted by global clients.
Why choose us
Our Certificate
Our products are certified by IATF 16949 for the automotive supply chain and ISO 9001:2015 for management systems, ensuring top-tier quality across all stages of production.
Extensive R&D and Patented Solutions
With over 2,000 projects and 23+ patented solutions, our R&D department is at the forefront of cutting-edge display technologies, enabling us to support diverse client needs from IoT to aerospace.
Comprehensive Customer Support
From pre-sales technical consultation to after-sales services including warranty and on-site support, MQ provides tailored, responsive solutions for every step of the product lifecycle.
Sales Market
With 200+ international clients across Asia-Pacific, North & South America, and Europe, MQ serves industries like healthcare, automotive, and smart home systems, delivering displays that meet the most demanding requirements.
5-Wire Resistive Touch Screen
A 5-wire resistive touchscreen is a type of touchscreen device that, as the name suggests, is powered by 5-wire resistive technology. It’s still made of multiple layers — just like all resistive touchscreens. With that said, 5-wire resistive touchscreens feature a special design that distinguishes them from other types of resistive touchscreens.
|
Parameter |
Specification |
|
Construction |
5-Wire Analog Resistive (Fault-Tolerant Design) |
|
Touch Actuation |
Finger (any glove), Stylus, Pen, Any blunt object |
|
Surface Hardness |
4H to 6H (Hard-coated Polyester or Glass options) |
|
Light Transmission |
≥ 83% (Standard), ≥ 88% (with AR Coating) |
|
Operational Life |
> 35 Million Touches (at a single point) |
|
Linearity |
< ± 1.0% (Industry-leading accuracy) |
|
Operating Temperature |
-40°C to +85°C (Wider range than standard) |
|
Interface Support |
USB, RS-232, I2C (Compatible with Windows, Linux, Android, QNX) |
Advantages of 5-Wire Resistive Touch Screen
Durability
The design minimizes wear on the conductive materials since only one layer is responsible for voltage measurement. This results in a lifespan that can reach up to 35 million touches, significantly higher than that of 4-wire systems.
01
Versatility
These screens can be operated using various objects, including fingers (bare or gloved), styluses, or any other pointing device, making them suitable for diverse environments.
02
Cost-Effectiveness
Although they may have a higher initial cost compared to 4-wire systems, their longevity and reduced maintenance needs often make them more cost-effective in the long run.
03
High Sensitivity
5-wire resistive touchscreens are sensitive enough that they do not require hard pressing to register input; even light touches are recognized effectively.
04
Multi-Touch Capability
With advancements in technology, some 5-wire resistive screens now support multi-touch gestures, allowing for pinch-to-zoom and other interactive features.
05
4-Wire Resistive Touch Screens
The most common and cost-effective type, 4-wire resistive touch screens use four wires to determine touch coordinates. Two wires are used for the X-axis and two for the Y-axis. While they are simple and inexpensive, they may have a shorter lifespan due to wear on the top conductive layer.
8-Wire Resistive Touch Screens
8-wire resistive touch screens provide the highest level of accuracy and reliability. They use eight wires, with four each on the top and bottom layers. This design allows for better calibration and maintains accuracy even if part of the screen is damaged.
Industrial Automation: They are ideal for environments where operators may wear gloves or work in harsh conditions.
Medical Equipment: Their durability and ease of use make them perfect for medical devices where hygiene and reliability are paramount.
Point of Sale Systems
Retail environments benefit from their ability to withstand frequent use while providing accurate touch responses.
Gaming Machines
Their responsiveness makes them popular in arcade and casino gaming machines.
Transportation Control Panels
Used in vehicles for navigation systems and control interfaces due to their reliability under varying environmental conditions.
Structure of a 5-wire resistive touchscreen
Two main layers
A flexible top layer and a rigid bottom layer.
Conductive coatings
Typically made from Indium Tin Oxide (ITO), these coatings are applied to both layers.
Spacer dots
These tiny dots separate the two layers and prevent them from touching when not pressed.
Working Principle Of 5-Wire Resistive Touch Screen
Pressure Application: When a user presses down on the screen, the flexible top layer bends and makes contact with the bottom layer.
Circuit Completion: This contact completes an electrical circuit at the point of pressure, allowing current to flow.
Voltage Measurement: The screen measures the voltage at the contact point using electrodes located at the corners of the bottom layer. The top layer serves merely as a pressure-sensitive probe.
Coordinate Calculation: The controller calculates the X and Y coordinates of the touch based on the voltage readings from the electrodes.
Pressure Application: When a user presses down on the screen, the flexible top layer bends and makes contact with the bottom layer.
Circuit Completion: This contact completes an electrical circuit at the point of pressure, allowing current to flow.
Voltage Measurement: The screen measures the voltage at the contact point using electrodes located at the corners of the bottom layer. The top layer serves merely as a pressure-sensitive probe.
Coordinate Calculation: The controller calculates the X and Y coordinates of the touch based on the voltage readings from the electrodes.
Maintenance
Regular Cleaning: Use a soft, lint-free cloth with a mild cleaning solution to remove dirt and fingerprints.
Avoid Sharp Objects: While resistive screens can handle stylus input, avoid using sharp objects that could damage the top layer.
Calibration: Periodically calibrate the touch screen to maintain accuracy.
Inspect for Damage: Regularly check for any signs of wear or damage to the screen surface.
Environmental Protection: In harsh environments, consider using protective overlays or enclosures to extend the life of the touch screen.
FAQ
As one of the most professional resistive touch screen manufacturers and suppliers in China, we're featured by quality products and good price. Please rest assured to buy bulk customized resistive touch screen from our factory.