Laboratory

[ Problem Point ] We were looking for a heater that can heat high-pressure gas. [ ⇒Kaizen Point ] A halogen line heater is placed facing the metal pipe to heat it. Safe heating because it is in-line.

[ Problem Point ] We were looking for a heater that could safely heat hydrogen gas. [ ⇒Kaizen Point ] A halogen line heater is placed facing the metal pipe to heat it. Safe heating because it is in-line.

[ Problem Point ] We were looking for a heater that could safely heat liquid ammonia. [ ⇒Kaizen Point ] A halogen line heater is placed facing the metal pipe to heat it. Safe heating because it is in-line.

[ Problem Point ] We were looking for a heater that could safely heat ammonia gas. [ ⇒Kaizen Point ] A halogen line heater is placed facing the metal pipe to heat it. Safe heating because it is in-line.

[ Problem Point ] A low-cost, easy-to-use analytical method was needed. [ ⇒Kaizen Point ] It was used for pharmaceutical purity tests and follow-up confirmation tests for synthetic experiments. Fluoresces green under UV irradiation at 254 nm For detection by ...

[ Problem Point ] A small amount of uranium needed to be quantified. [ ⇒Kaizen Point ] A molten material made by adding a small amount of uranium to sodium fluoride emits a yellow-green fluorescent color when exposed to ultraviolet ...

[ Problem Point ] In order to collect samples after measurement, an analytical method that does not use additives was required. [ ⇒Kaizen Point ] Absorbance was measured at a UV wavelength of 280 nm to quantify protein. For a ...

[ Problem Point ] It was necessary to measure the concentration of sulfur dioxide emitted into the atmosphere. [ ⇒Kaizen Point ] Fluorescence is emitted when the SO2 molecules excited by irradiating the sample with UVC return to the ground ...

[ Problem Point ] Poor health due to lack of vitamin D. [ ⇒Kaizen Point ] Exposure to ultraviolet rays (UV-B) with a wavelength of around 300 nm for about 10 minutes a day, Vitamin D was synthesized in the ...

[ Problem Point ] We were looking for a heater to supplement the amount of heat dissipated from the thin plate. [ ⇒Kaizen Point ] Using a fast response halogen line heater. The accuracy of the feedback evaluation experiment has ...

[ Problem Point ] High speed heating was required to evaluate the responsiveness of the heat storage material. [ ⇒Kaizen Point ] Uses a halogen line heater that instantly heats up, The speed of the evaluation experiment has increased. I ...

[ Problem Point ] We were looking for a heater that would synchronize with the pulse signal. [ ⇒Kaizen Point ] By changing the applied frequency, it was possible to limit the area of the heat generation point. When applied ...

《Problem Point 》 There was no good equipment to pinpoint the sample to a low temperature. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Pinpoint cooling is possible with the needle nozzle. Since the set temperature can be maintained ...

《Problem Point 》 There was no good equipment to pinpoint the sample to a low temperature. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Pinpoint cooling is possible with the needle nozzle. Since the set temperature can be maintained ...

《Problem Point 》 There was no good equipment to pinpoint the modeling to a low temperature. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Pinpoint cooling is possible with the needle nozzle. Since the set temperature can be maintained ...

《Problem Point 》 There was no good equipment to pinpoint the sample to a low temperature. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Pinpoint cooling is possible with the needle nozzle. Since the set temperature can be maintained ...

《Problem Point 》 It was an environment where cooling water could not be used. 《⇒Kaizen Point 》 An Air Blow Cooler was used. With the combination of electricity and air, the water supply and drainage system could be omitted. Since ...

《Problem Point 》 It was an environment where cooling water could not be used. 《⇒Kaizen Point 》 An Air Blow Cooler was used. With the combination of electricity and air, the water supply and drainage system could be omitted. Since ...

《Problem Point 》 It was an environment where cooling water could not be used. 《⇒Kaizen Point 》 An Air Blow Cooler was used. With the combination of electricity and air, the water supply and drainage system could be omitted. Since ...

《Problem Point 》 It was an environment where cooling water could not be used. 《⇒Kaizen Point 》 An Air Blow Cooler was used. With the combination of electricity and air, the water supply and drainage system could be omitted. Since ...

《Problem Point 》 It was an environment where cooling water could not be used. 《⇒Kaizen Point 》 An Air Blow Cooler was used. With the combination of electricity and air, the water supply and drainage system could be omitted. Since ...

《Problem Point 》 There was no good equipment to cool the test tube. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Since the set temperature can be maintained with the Air Cooler Controller, the inspection accuracy has increased.

《Problem Point 》 There was no good equipment to pinpoint the medium to a low temperature. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Pinpoint cooling is possible with the needle nozzle. Since the set temperature can be maintained ...

《Problem Point 》 There was no good equipment for low temperature drying vials. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Since the set temperature can be maintained with the cool air cooler controller, the tact time can be ...

《Problem Point 》 There was no good equipment to pinpoint the vials to a low temperature. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Pinpoint cooling is possible with the needle nozzle. Since the set temperature can be maintained ...