Since the arrival of the internet and other advanced technologies, a lot has changed in the industrial domain. These days, industrial workers use multitudinous sophisticated devices to perform repetitious tasks, similar as machine operation. One technological advancement that has seized the attention of numerous industries is capacitive touch keypads and switches.
Capacitive touch, or Capsense, is a control display that uses the conductive touch of a technical device or human finger for input. With this advanced technology, numerous industries and people are steadily moving down from traditional switches, knobs, pushbuttons, and keyboards. These touch input devices offer a provident economical alternative to the conventional buttons, dials, switches, and counters used prevalently.
Capacitive touch and keypad (switch) technologies are the newer class of control devices dominating the way we interact with different aspects of technology. They are highly accurate touchscreens that respond instantly by using electrical charge within human body.
With capacitive touch technology, it can operate through metal, thick glass, or plastic and be exposed to moisture, dirt, or grease without fear of damaging it.
Benefits of Capacitive Touch Keypads and switches in Industrial Settings
Numerous of the devices or gadgets we use currently like smartphones, tablets, or other smart gadgets, use capacitive touch technology. This has become a comfortable way of operating machines as human machine interface (HMI) in the service, manufacturing and industrial plants. There are many notable benefits of capacitive or Capsense keypads and switches.
Read our Blog on : What is Industrial HMI? Applications & Design Considerations.
1. Life span and Durability of Capacitive Keypads and switches
The capacitive touch screen is made to withstand regular use, and the glass as the face of such keypads and switches makes it extremely durable and dependable. They are chemical and water-resistant, meaning capacitive keypads are used for industrial and domestic conditions as harsh as marine control systems without fear of damage. Capacitive keypads and switches are designed and created for long-term use so that they can repel a lot of factors.
2. Easy to Clean
Capacitive Keypads come with a flat and glossy layer that makes cleaning them easy and effortless. Capacitive touch interfaces aren’t affected by dirt, grease, or dust. In fact, they can be gutted with utmost common chemicals without having to worry about how the chemical may impact its functionality.
3. No Moving Mechanical Components
Industrial devices and gadgets that use capacitive touch interfaces are far quieter than traditional interfaces. They also consume lower power and are good option for harsh working conditions as well, as they don’t have moving parts which may cause wear and tear. With this technology, it is easy to exclude external noise in industrial working conditions, especially because there are a reduced number of external parts.
4. Design Flexibility
Capacitive touch interfaces are excellent for products with curves allowing better changes to the general design. It also allows for better design flexibility. At Linepro, we can always guide you on varied designs for best user experience.
5. Backlighting and Haptic Integration
For better user experience and for enhanced perceptiveness, capacitive keypads and switches can be equipped with haptic feedback facility or backlighting response when a user performs an input function. The lighting can be incorporated through Light Guide Film technology, LEDs and Electroluminescence Lamp.
6. Modern and Sleek Aesthetics
Capacitive Keypads are comparatively thinner to other user interfaces like membrane keypads and switches. The appearance of capacitive touch keypads and switches is modern and reflects technology advancement. They appear sleek, compact, elegant and create long lasting impression on the user. Linepro has served many industry verticals with best aesthetics and which reflect with the working conditions.
7. Sensitive to Touch
On a resistive touch screen, pressure is essential to pinpoint a touch. Still, when using a capacitive interface, it’s quick and easy for your device to smell the fewest conductive touch. Meaning there’s better functionality of your product’s design.
8. Sharp and Quality Images
Different gadgets are used in industrial conditions, and they must exhibit stylish display to direct the user effectively. Luckily, if your device incorporates capacitive touch technology, you’ll get the quality that’s needed. This is possible thanks to the use of a high- quality glass layer that transmits better LCD light.
Applications of Capacitive Keypads and switches in Industrial Conditions
The capacitive touch sensor technology has gone further numerous people’s expectations. Significantly, it is easy to address common challenges in industrial conditions. This includes noise problems from mechanical buttons, thick overlay challenges, and low- power problems.
Popular industrial use of capacitive touch technology includes goods stock control and manufacturing management. These sensors are integrated into the system to analyze products in the stock departments. Retail display and point of trade also use cap touch technology to increase productivity.
This technology has handed dependable results when it comes to fluid and object detection. Touch detectors offer a means to determine the fluid demanded for industrial uses. Capacitive touch technology also provides dependable results to numerous companies using control panels and robotics, among other operations.
At Linepro, we have a team of experienced engineers and designers ready to help you incorporate and use customized capacitive technology in your design. Our team will help you in every step when it comes to product manufacturing and creation.
Get in touch to speak with our Linepro team.
