(비아트론), Mastering Display Heat Equipment: Our Expertise in Backplane Solutions

 

 

 

  Hey there, folks! Today, I'm gonna break down what our company specializes in and how it all works. I really recommend you pay close attention because who knows, today's insights might just turn your stocks green ! 

 

  So, what do we do? We sell heat treatment equipment for displays, specifically designed for the backplane, a crucial part of a display. The backplane sits right in the middle, connecting the TFT(Thin Film Transistor) and the colorful pixels. What if it doesn't do its job? Well, your displays won't light up at all ! You see, the TFT acts like a switch, deciding which color to show, whether it's red, green, or blue. But without the backplane, those pixels won't light up. 

 

  Now, you understand how important the backplane is. It can be made from either glass or polyimid, depending on the type of panel you want to create. If you're making an LCD, you'll need glass. Glass is super flat and sturdy, perfect for LCDs. But what if you're into flexible OLEDs? That's where polyimid comes in as the ideal material for the backplane. Polyimide is incredibly flexible and can be shaped to fit the panel maker's vision. 

 

  To create that essential backplane, you'll need our top-notch heat treatment equipment. We've equipped our gear with heat modules to heat things up rapidly. We offer two types of products : In-Line and Batch. The In-Line type operates at temperatures above 500 degress Celsius, with a ceramic plate known as a 'setter' carrying the glass into the furnace. Why the ceramic setter, you ask? Well, it keeps the glass stable, preventing any wobbling. 

 

  Now, let's talk about the batch type. It handles polyimid substrates all at once and operates at temperatures below 500 degress Celsius. This is where polyimid shines. Processing it at this temperature is perfert for panels. So, these days, many set makers have adopted the batch type to use polyimid and create flexible panels for OLEDs and foldable phones. 

 

  We're diving deeper into the batch type heater to meet the growing demand for OLEDs and flexible displays. Stay tuned for more exciting developments ! 

 

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  Hey guys, today I'm gonna break down what my company specialize in and how it works ! I really recommend you to listen carefully to my speech, today. Who knows today would turn your stocks red light(plus)? 

 

  We sell a heat treatment equipment for display. It is exactly for backplane that is one of display parts. Backplane is in the center between TFT(Thin Film Transistor) and color pixels. It connects them together. What if it doesn't do it? Then displays will never light up for you guys. You know, TFT works as a switch to turn on or off, depending on which color it needs to show. Pixels have 3 colors mainly. Red, Green, Blue. Each color can't light up at all if TFT doesn't allow it to do.

 

  So, now you understand how important the backplane is. Backplane is made of glasses or polyimids. Those are used based on what kind of a panel you would make. If you'd like to manufacture LCD? Then you need the glass. Glass is very flat and hard enough for LCD. What about flexible OLED ? Here is the polyimid comes in as the material for the backplane. Polyimid is very flexible and formable to be shaped just the way panel makers would like to make. 

 

  In order to make the backplane, you will need our a heat treatment equipment for it. We've equiped our stuffs with heat moduels a lot to rapidly heat up. We have two types of our products. In-Line type, Batch type. In-Line works in above 500 degree, where a ceramic plate called 'setter' carry the glass in the furnace. Why it needs the ceramic setter? Because it would keep the glass in the right shape without getting shakable. Let's move to the batch type. The batch type carry polyimid substrates all at once. It goes on under 500 degree Celcius. Here is where polyimid comes in. Getting processed under 500 degree is relatively good for panels. So, these days, set makers've adopted batch type to use polyimid and make flexible panel for OLEDs, foldable phones.

 

  I'm gonna more specialize in the batch type heater to meet the growing demands for OELDs, fleixlble displays.