[ 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 ...
Read More »No.4 Sharing inspection data
[ 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 ...
Read More »No.3 Heat dry feedback control of a Epoxy Base package
[ 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 ...
Read More »No.2 Feedback control of the halogen heater for the vacuum chamber heating
[ 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 ...
Read More »No.1 Feedback control of halogen heater for solder melting
[ 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 ...
Read More »No.112 Hot air roasting of Hazelnuts
[ 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 ...
Read More »No.111 Hot air roasting of Cashew nuts
[ 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 ...
Read More »No.110 Hot air roasting of Macadamia nuts
[ 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℃ ...
Read More »No.109 Hot air roasting of Peanuts
[ 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 ...
Read More »No.108 Hot air roasting of Almond nuts
[ 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 ...
Read More »No.107 Hot air roasting of Cacao beans
[ 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 ...
Read More »No.106 Hot air roasting of Coffee beans
[ 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 ...
Read More »No.105 Shrink fitting of a small cylinder
[ Problem Point ] Heating equipment that can be used in online was necessary. [ ⇒Kaizen Point ] We ware shrink-fitted by using the Air Blow Heater. The start of the line become faster. Installation because it does not use ...
Read More »No.104 Examination of a engine turbine
[ Problem Point ] Heating equipment of a lean air was needed. [ ⇒Kaizen Point ] Heating the turbine using the Air Blow Heater. Lean air in proportion to the law of Charles was obtained.
Read More »No.103 Molding of a polyethylene container
[ Problem Point ] The reduction of the defectiveness rate was necessary. [ ⇒Kaizen Point ] We ware molded using the Air Blow Heater. Since the heating air fluidity of the resin is improved.
Read More »No.102 Drying after the leak test using a water tank
[ Problem Point ] Shortening of the dry time was necessary. [ ⇒Kaizen Point ] We ware heated to work by using the Air Blow Heater. Dry time became short more markedly than air blow drying. Installation because it does ...
Read More »No.101 Adhesion of PVC sheet
[ Problem Point ] The exact temperature control was necessary. [ ⇒Kaizen Point ] We adhered to PVC sheet using the Air Blow Heater. Rise early, it has allowed accurate temperature control. Besides, it became the maintenance-free as Air Blow ...
Read More »Power Cable for Heater Controller
Manufacture the specification of the power cable. When the plug or the connector which the upper figure does not have are necessary, we will manufacture as much as possible. << Quotation model specification method >> (Heater controller model) – (Plug ...
Read More »Cubic Test Stand
[ CTS-L & CTS-M ] [ CTS-M + HLH-65W ] * Refractory brick, Manual lifting table and Heat resistant plate are optional. [ CTS-M + HPH-160 ] * Refractory brick, Manual lifting table and Heat resistant plate are optional.
Read More »Basic knowledge of Resin heating 3.The kind of resin -11 Paint
1.About Paint The paint is a material to apply on the surface protect an object and dressed richly or to give an original function. The history of the paint represented for a long time by lacquering is in Japan, but ...
Read More »Basic knowledge of Resin heating 3.The kind of resin -10 Conductive resin
There is a substance that can flow electricity, that can not flow electricity. Flow electricity substance is “Conductor”, can not flow electricity substance is “Insulator”, Silicon(Si) and Germanium (Ga) of the middle is the “Semiconductor”. Metal is a conductor was ...
Read More »Basic knowledge of Resin heating 3.The kind of resin -9 Light curing resin
1. About light curing Light is a collection of particles called photons, but the individual photons have the nature of the electromagnetic wave. Photon will have a unique energy, the same way as the electromagnetic waves and gather, is proportional ...
Read More »Basic knowledge of Resin heating 3.The kind of resin -8 Liquid resin
About liquid resin The liquid resin is a resin that exists as a liquid at room temperature. In ISO 554-1976 has defined as a range of 20 ℃ ± 15 ℃ (5 ~ 35 ℃) “cold”. The temperature at which ...
Read More »Basic knowledge of Resin heating 3.The kind of resin -7 The liquid crystal
What is the Liquid Crystal? The liquid crystal is a substance that is an intermediate state or such conditions, liquid and solid (crystalline). At present, those that express the liquid crystal structure is not found in other than the resin. ...
Read More »Basic knowledge of Resin heating 3.The kind of resin -6 Elastomers
Elastomer The elastomer is the generic name of industrial materials having rubber elasticity. It was first used from 1960 early in the shortened form of the elastic polymer (polymer resilient). In general, a synthetic rubber from natural rubber or old, ...
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