《Problem Point 》 There was no good equipment to cool the color filter. 《⇒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.
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《Problem Point 》 There was no good equipment to cool the coil spring. 《⇒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.
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《Problem Point 》 With air purging alone, the temperature of the sensor exceeded the specification range, which was a problem. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Temperature drift was suppressed and measurement accuracy was improved.
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《Problem Point 》 The sewing thread of the chemical fiber was broken due to the frictional heat and I was in trouble. 《⇒Kaizen Point 》 An Air Blow Cooler was used. MTBF is improved because high-temperature yarn breakage does not ...
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《Problem Point 》 The resin was fused to the drill due to frictional heat, which was a problem. 《⇒Kaizen Point 》 An Air Blow Cooler was used. The MTBF was improved because the resin did not adhere.
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《Problem Point 》 It needed to cool down the hot melt. 《⇒Kaizen Point 》 An Air Blow Cooler was used. It easily came in cool down.
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《Problem Point 》 It needed to cool down the hot melt. 《⇒Kaizen Point 》 An Air Blow Cooler was used. It easily came in cool down.
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■□■━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━■ □■ Heat-tech News Letter – Vol. 028 2020-10-15 □■ ■━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━■□■ □ INDEX ■1. Guidance of the new product ■2. Guidance of new applications ■3. Movie Library ■4. Editor’s note ┏━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━┓ ■1. Guidance of the new product ┗━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━┛ 1-1) ...
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《Problem Point 》 The resin was fused to the cutting blade due to frictional heat, which was a problem. 《⇒Kaizen Point 》 An Air Blow Cooler was used. The MTBF was improved because the resin did not adhere.
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《Problem Point 》 When the film was fused, it was sometimes peeled off due to residual heat. 《⇒Kaizen Point 》 An Air Blow Cooler was used. After thermocompression bonding, it was cooled by removing heat with a Air Blow Cooler. ...
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《Problem Point 》 There was no good equipment to cool and solidify the resin solvent. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Since it can be dried under reduced pressure with cold air, the tact time can be ...
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《Problem Point 》 There was no good equipment to pinpoint the electronic component 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 ...
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《Problem Point 》 There was no good equipment to cool the printed circuit board after soldering. 《⇒Kaizen Point 》 An Air Blow Cooler was used. Since the set temperature can be maintained with the cool air cooler controller, the tact ...
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《Problem Point 》 There was no good equipment to pinpoint the soldering 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 ...
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《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 ...
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《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 ...
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《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 ...
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《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 ...
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《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 ...
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《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 ...
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《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 ...
Read More »
《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 ...
Read More »
《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 ...
Read More »
《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.
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《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 ...
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