How to Streamline your Supply Chain with Value-Added Assembly
By streamlining the supply chain, product developers can effectively reduce costs, improve efficiency, and enhance customer satisfaction. A streamlined supply chain allows for easier coordination and collaboration between suppliers, manufacturers, and distributors, resulting in faster production and delivery times. Furthermore, product developers can minimize the risk of disruptions and delays by eliminating unnecessary steps and reducing the number of intermediaries involved. Ultimately, by streamlining their supply chain, product developers can improve their bottom line and gain a significant advantage in the market.
Infographic: Fixed Resistance Heaters vs. PTC Heaters
Flexible heaters are thin, flexible, portable, and water-resistant—making them a common-sense upgrade to existing materials or from wired heating elements. With advancements in functional inks and substrates, heaters can be incorporated seamlessly into applications across all industries. The two main types of flexible heaters: Fixed Resistance heaters and Positive Temperature Coefficient (PTC) heaters. Both have unique features and benefits that can help determine which type of flexible heater best suits your application’s needs.
Touch Screens: Different Types and Which to Choose
What is a Touch Screen?
A touch screen is an electronic input device, usually layered on top of the visual display of an information processing system, that gives a user control of the device through simple or multi-touch gestures. Touch screens allow a user to control a device by interacting with the display itself, rather than requiring an external controller such as an attached mouse or trackpad.
Designing Your Flexible Heater: What to Know Before You Get Started
Flexible heaters use resistive ink rather than wires to convert electricity into heat. Screen-printed onto flexible substrates such as TPU, they make it possible to incorporate functional heating elements into everyday applications where users aren’t inhibited by bulky wires.
They’re used in a variety of applications across all industries as their thin, lightweight, and flexible design makes them ideal for innovative solutions not possible through traditional heating methods.
With all the possibilities for incorporating a heater into your product, it’s good to keep some things in mind when designing your flexible heater so that you can best communicate your preferences and requirements when speaking with an application engineer.
What Are Flexible Printed Heaters?
What Are Flexible Heaters
Put in plain and simple words, flexible printed heaters are warming elements. They are manufactured to add heat to products, clothing, etc.; Precision screen printing is used to print conductive or resistive inks on flexible materials. The inks are typically comprised of both resistive and conductive materials, including functional carbon or silver. This makes it possible to create different solutions to cater to unique needs and specific requirements. Common print substrates are polyester, polycarbonate, or polyimide – Kapton RS conductive films. They can also be printed on thermoplastic polyurethanes known as TPU. TPU heaters are typical for the garment industry because of the flexibility and elasticity of the material.
Best Practices for Designing Waterproof Printed Electronics
Best Practices When Designing Waterproof Printed Electronics
We all know that when it comes to electronics, we must be extra careful to keep our devices away from water to keep them working. We’ve all stored our phones in a bag of rice overnight when a mishap has stricken, right?
