Best Applications List

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[ Problem Point ] The creep characteristic of the high temperature heat insulating material could not be grasped. [ ⇒Kaizen Point ] And heated at high temperature using a halogen line heater. Since it can be heated to any temperature ...

[ Problem Point ] Microwave absorption characteristics of composite materials under high temperature environments could not be grasped. [ ⇒Kaizen Point ] Heated at high temperature using a halogen line heater. Since it can be heated to an arbitrary temperature ...

[ Problem Point ] The creep characteristics of sedimentary soft rocks at high temperatures could not be grasped. [ ⇒Kaizen Point ] And heated at high temperature using a halogen point heater. Since it can be heated to any temperature ...

[ Problem Point ] We were looking for a heater that can heat steadily without contact. [ ⇒Kaizen Point ] Heated with far infrared panel heater PHX. Since temperature control can be done in increments of 1℃, the optimum conditions ...

[ Problem Point ] We were looking for a heater that can heat steadily without contact. [ ⇒Kaizen Point ] Heated with far infrared panel heater PHX. Since temperature control can be done in increments of 1℃, the optimum conditions ...

[ Problem Point ] We were looking for a heater that can heat steadily without contact. [ ⇒Kaizen Point ] Heated with far infrared panel heater PHX. Since PHX is a panel heater, PHX is able to heat the whole ...

[ Problem Point ] There was no heater which can heat the entire body uniformly. [ ⇒Kaizen Point ] Heated with far infrared panel heater PHX. Since PHX is a panel heater, PHX is able to heat the whole uniformly.

[ Problem Point ] We needed a heater with good responsiveness capable of multistage heating. [ ⇒Kaizen Point ] Heating with a momentary temperature rise far-infrared panel heater PHX. Since it can follow chemical changes, PHX was able to do ...

[ Problem Point ] It took a certain amount of curing at a stable temperature without overshoot. [ ⇒Kaizen Point ] Using the heat retention time control function of highly functional heater controller HHC2. The heating time was tested in ...

[ Problem Point ] It was necessary to set conditions as to whether heating could be done within the takt time. [ ⇒Kaizen Point ] Using the heat time control function of highly functional heater controller HHC2. The heating time ...

[ Problem Point ] Strict operation was required so that the data of the heating inspection can not be overwritten. [ ⇒Kaizen Point ] High performance heater controller HHC 2 equipped with Ethernet communication function, We automatically sent the heating ...

[ Problem Point ] I intended to shorten the dry time for epoxy base package, but was not able to temperature-control it by non-contact. [ ⇒Kaizen Point ] Thermocontroller for a pyrometer was mounted on the High-performance heater controller HHC2 ...

[ Problem Point ] I thought I’d like to heat a sample by a linear electron accelerator and an X-ray laser, but percent of vacuum is destroyed, so it isn’t done. [ ⇒Kaizen Point ] Heating was controlled using a ...

[ Problem Point ] I thought that I would like to use a halogen heater for the remaining heat of the printed circuit board, but I could not control the temperature without contact. [ ⇒Kaizen Point ] Thermocontroller for a ...

[ Problem Point ] We could not roast uniformly at the optimum temperature up to now. [ ⇒Kaizen Point ] We roasted with Air blow Heaters. Delicate temperature control around 160℃ can be easily done in 1℃ increments. Moreover, since ...

[ Problem Point ] We could not roast uniformly at the optimum temperature up to now. [ ⇒Kaizen Point ] We roasted with Air blow Heaters. Delicate temperature control in the 150℃. band and the 230℃ band, can be easily ...

[ Problem Point ] We could not roast uniformly at the optimum temperature up to now. [ ⇒Kaizen Point ] We roasted with Air blow Heaters. From light roasting 140℃ to dark roasting 170℃, can be easily done in 1℃ ...

[ Problem Point ] We could not roast uniformly at the optimum temperature up to now. [ ⇒Kaizen Point ] We roasted with Air blow Heaters. Delicate temperature control around 180℃ can be easily done in 1℃ increments. Moreover, since ...

[ Problem Point ] We could not roast uniformly at the optimum temperature up to now. [ ⇒Kaizen Point ] We roasted with Air blow Heaters. Delicate temperature control around 150℃ can be easily done in 1℃ increments. Moreover, since ...

[ Problem Point ] We could not roast uniformly at the optimum temperature up to now. [ ⇒Kaizen Point ] We roasted with Air blow Heaters. Delicate temperature control around from light roasting 120℃ to dark roasting 160℃, can be ...

[ Problem Point ] We could not roast uniformly at the optimum temperature up to now. [ ⇒Kaizen Point ] We roasted with Air blow Heaters. Delicate temperature control of roasting at 180℃ for the first time and roast at ...

[ Problem Point ] There was no compact heater that can be mounted on a dual arm robot. [ ⇒Kaizen Point ] It was heated using microminiature Halogen Point Heater HPH-12. Handling became easy since it is a finger size ...

[ Problem Point ] There was no substitute heat source to replace gas. [ ⇒Kaizen Point ] Borosilicate glass plate was melted using a halogen line heater. The glass tube processing process was composed only by electric equipment. In addition, ...

[ Problem Point ] It is necessary to shorten the new development time of a color filter. [ ⇒Kaizen Point ] We were using the parallel light type halogen line heater. Since the halogen heating type, it was able to ...