This is a demonstration of drying water droplets on a black-dyed aluminum heat sink using the Carbon Line Heater. Please check the following site for more information.

This is a demonstration of drying water droplets on a pure copper heat sink using the Carbon Line Heater. Please check the following site for more information.

This is a demonstration of drying water droplets on a bare board using the Carbon Line Heater. Please check the following site for more information.

This is a demonstration of drying water droplets on iglidur® using the Carbon Line Heater. Please check the following site for more information.

This is a demonstration of drying PTFE water droplets using the Carbon Line Heater. Please check the following site for more information.

[ Problem Point ] To evaluate the safety of lithium-ion batteries, it was necessary to conduct tests to assess the risks of heat generation, expansion, and ignition at specific temperatures. However, conventional methods that heated the entire battery made it ...

[ Problem Point ] It was necessary to harden only specific parts of metal components to improve localized hardness, but conventional methods heated the entire part, increasing the risk of unwanted deformation. [ ⇒Kaizen Point ] By using the halogen ...

[ Problem Point ] The introduction of test equipment that fully reproduces the operation of an aircraft engine is extremely expensive, and the preparation and operational costs are also significant. Therefore, a low-cost and simple method to simulate high-temperature heating ...

[ Problem Point ] With conventional methods, it is difficult to maintain a uniform temperature and achieve localized heating, leading to challenges in measurement accuracy and reproducibility. [ ⇒Kaizen Point ] By using a halogen point heater, precise localized heating ...

This video introduces the non-contact cutting of polyester fabric using infrared localized heating with a halogen glass rod heater. By focusing infrared rays and applying pinpoint heating, efficient and quick cutting is possible. Since no blades are used, a clean ...

 This video introduces a method for sealing black polyurethane tubes using localized heating with a halogen glass rod heater. By focusing infrared radiation and applying pinpoint heating, efficient and reliable sealing can be achieved. With proper temperature control and ...

This video introduces a method for sealing black polyurethane tubes using localized heating with a halogen glass rod heater. By focusing infrared radiation and applying pinpoint heating, efficient and reliable sealing can be achieved. With proper temperature control and adjustment ...

We conducted an experiment on localized heating using a halogen glass rod heater and heated a thermocouple to 900°C. It demonstrates rapid high-temperature achievement and is suitable for heating in confined spaces or from a distance. Please check the following ...

[ Problem Point ] A high-speed infrared heater was required to reduce the heating time for shortening the work duration. [ ⇒Kaizen Point ] By using the Carbon line heater, moisture was evaporated using infrared rays. Due to the good ...

[ Problem Point ] To shorten the work time, a far-infrared heater with a fast heating time was required. [ ⇒Kaizen Point ] A Carbon line heater with a fast heating time was used, enabling efficient shrinking through far-infrared radiation. ...

[ Problem Point ] For the temperature cycle test (TCT), a far-infrared heater with a fast flashing speed was required. [ ⇒Kaizen Point ] A Carbon line heater with a high-speed flashing capability was used. Furthermore, its compact design enabled ...

[ Problem Point ] Due to small-lot, multi-product production, a far-infrared heater with a fast heating time was required. [ ⇒Kaizen Point ] A Carbon line heater was used. It directly interacts with water molecules, increasing the drying speed. Furthermore, ...

[ Problem Point ] A compact far-infrared heater was required. [ ⇒Kaizen Point ] A Carbon line heater, which emits infrared wavelengths similar to charcoal, was used. It directly interacts with water molecules and allows immediate temperature adjustments, making it ...

[ Problem Point ] It was necessary to heat a small variety of products while visually monitoring the process. [ ⇒Kaizen Point ] By using a Carbon line heater with a fast heating speed for final heating, it became possible ...

[ Problem Point ] Increasing the speed of the production line is essential, but conventional heaters have size and shape limitations, making efficient heating difficult. [ ⇒Kaizen Point ] By using a Carbon line heater, we have achieved a compact ...

[ Problem Point ] Traditional heat sources have a slow ramp-up speed, resulting in a lengthy preheating process, which can lead to decreased throughput. [ ⇒Kaizen Point ] By using the fast ramp-up Carbon Line Heater for preheating, throughput is ...

[ Problem Point ] Traditional heat sources had slow heating rates, which led to extended drying processes, potentially reducing throughput. [ ⇒Kaizen Point ] By using a Carbon line heater tuned to the infrared absorption frequency of water, rapid and ...

[ Problem Point ] Traditional heat sources had a slow heating rate, which could lead to decreased throughput. [ ⇒Kaizen Point ] By using the Carbon line heater for the post-bake of the resist film, rapid heating became possible. The ...

[ Problem Point ] Conventional heat sources have slow heating rates, which may hinder throughput improvement. [ ⇒Kaizen Point ] By using the Carbon line heater for post-exposure bake (PEB) of the resist film, rapid heating becomes possible. The fast ...

[ Problem Point ] In the semiconductor manufacturing process, pre-baking of the resist film is a crucial step to ensure film quality stability. However, conventional heat sources have slow heating rates, leading to decreased throughput and negatively impacting production efficiency. ...