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  The top layer of membrane switch and panel is called graphic layer. Usually, graphics and texts are printed on graphic layer through screen printing. JRPanel will ensure that the color error between real object and design drawing is under 10%. Then how has JRPanel done it? There are 4 methods to guarantee the color accuracy. Firstly, JRPanel accepts 5 color formats： Pantone Formula Guide RAL Edition 2016 CMYK RGB Real Samples We strongly recommend you apply Pantone Formula Guide, which is the standard color card in print industry. Or you can send us real samples and our colorists would do color modulation. (Here you can query the Pantone color number: https://www.pantonecn.com/color-finder   ) Secondly, JRPanel has purchased a wide variety of inks, covering most common used colors. When needed, the colorist would take a basic ink mixed with other inks to get the ideal color. Thirdly, the colorists of JRPanel have more than 10 years of color modulation and  ink mixing . ...

  From industrial equipment such as CNC machine tools and robots to instruments and meters used for testing and analysis, the application fields of membrane switch panels are very wide.   Membrane switch panels and acrylic panels produced by JRPanel have become the common choice of tens of thousands of companies at home and abroad. At present, JRPanel has reached cooperation with many well-known companies at home and abroad, such as Siemens, Midea, CETGC, and F ONTILE .   What does JRPanel rely on to gain the trust of so many companies?   JRPanel currently mainly provides customized services for membrane switch panels and acrylic panels. We are on the track of the electronics manufacturing industry and realize that the effective realization of user needs is the most fundamental.   The problem in the electronics manufacturing industry is the long process and slow speed. In order to effectively solve the needs of users, JRPanel focuses on all aspects of quotation,...

2021 Christmas  is approaching! We believe every one of you is looking forward to it, in such a special year.  JRPanel will celebrate this Christmas with every JRPaneler around the world.  We have prepared exquisite Christmas gifts for custmers who place order in JRPanel. We designed several different ornaments, full of Christmas elements, including Christmas Tree, Santa Claus, Christmas Elk and so on. You can place them on your table or hang on the  Christmas tree  to add a Christmas atmosphere. The following is the physical effect.   Let's check it now!  We sincerely hope to be part of your Christmas! For new reigisters, you can also get a  welcome coupon  of $20.  Come and  place your...

  A few days ago, we received a sample from a customer. The sample is shown in the picture. We can find that the samples sent by customers are seriously damaged.   The  display  window has become incomplete. The button ink is also peeling off. In short, it is nearing the end of service life.    On this basis, our team will do repair work for our customers, or more accurately, copy work.   Then how does JRPanel repair/re-make this broken membrane switch?   First, we need a design drawing for production. The JRPanel team can complete the design of production drawings based on physical samples.   With the first version of the production drawings, we will confirm some detailed designs with customers to ensure product customization.  The following is our final drawing before production.   The first step of production:  modulate the required color .  This step has been introduced in the previous video, so I won ’ t repeat it her...

  Hi everyone,starting today, JRPanel will publish a new article theme ---Membrane Switch Panel Design Reference to help you understand the design diversity of customized membrane switch panels.   In this topic, JRPanel will select some representative membrane switch panel products in design, and introduce product characteristics and design forms to everyone. I hope to bring some reference to friends who have related needs.   In the first  episode , we will bring a Membrane  Switch  used on Water Quality Monitoring System Operation .   Let ’ s first take a look at the product overview.     From the text information on the surface of the product, we can know that this is a membrane switch used in the Water Quality Monitoring System.   The following are some of the design elements of this product.   1.  Display Window   Under the display window is usually an LCD screen or a light-emitting diode. This is to show the informati...

  A Definition of Embedded LED PCB’s   Light emitting diodes (LEDs) are semiconductor diodes. LEDs belong to the group of electroluminescent luminaries, and they generate light by recombining charge-carrier pairs in a semiconductor with an appropriate energy band gap. LEDs are utilized in both industrial and consumer markets because of their low operating voltage and power, compact sizes, and extended lifetime and stability. One of their most appealing characteristics is their ability to generate light without generating much heat, which makes them safe for daily operation. Their characteristics are the main reason that LEDs are embedded in printed circuit boards (PCBs). The LEDs are dependable and efficient enough for PCB applications.   Embedded LED PCBs often feature single or bi-color LEDs in blue or white. They serve as indicator lights, especially in  non-tactile membrane switches . Embedded LED PCBs frequently are used under polyester graphic and under rubber ...

Medical equipment and devices must be designed with rigorous standards to function in environments where patient safety and product reliability are critical. Today, there is great demand for innovative, feature-rich, and affordable electronic equipment to be used in diagnostic labs, hospitals, and clinics, as well as for consumer self-care. Engineers are constantly challenged to deploy differentiating leading-edge electronics that demonstrably improve patient care in a cost-effective manner for in-home patient care and portable monitoring and therapeutic devices. Mechanical membrane switches and increasingly feature-rich capacitive user interfaces are used in a wide range of medical equipment and devices — defibrillators, EKG leads, electronic sensors, glucose meters, infusion pumps, patient monitors, and portable oxygen units, as well as disposable dental, medical, and surgical equipment. Therefore, it is important to closely compare and understand the respective technologies behind u...