About Yazaemon kiln
Yazaemon kiln was founded by Yazaemon Matsumoto in 1804 and has been producing Arita porcelain for over 200 years. Yazaemon kiln has successfully resumed the exporting of the traditional Imari ware, which had been halted since the Meiji era. Imari is the name of the gold decorated Arita-yaki pieces.
In recent years, our new “Gold Imari” pieces have been well received. Our kiln is also known in Japan for our production of museum quality tradition Imari pieces.
The current President is the 7th generation Yazaemon, Satoru Matsumoto. Yazaemon kiln has grown to become the largest producer of Arita porcelain. Our mission is to make Arita porcelain a world brand once again.
7th Generation Yazaemon: Satoru Matsumoto
The 7th Generation Yazaemon, Satoru Matsumoto, proudly introduces, “Arita Porcelain Lab” the new brand of the “Yazaemon Kiln”, which has 200 years of history specializing in the “IMARI” style, known for its lavish gold painted designs. The “IMARI” style is one of the traditional “ARITA Porcelain” forms which has been in production for 400 years. Matsumoto successfully combines the art and quality of its historic past with new designs, introducing simple and highly functional tableware pieces for everyday use.
We can solve the problem with cleaning treatment of your products
Our “AQUAPASS” is able to perform the cleaning by ultrasonic and water. AQUAPASS mainly works in the areas of PWB, IC packages, PDP panels, HDD parts, Automotive products, Lithium battery and so on.
Strength of AQUAPASS
Feature of AQUAPASS
We have delivered many type of cleaning machine
Heavy Ion beam cancer radiotherapy
Heavy ion beam cancer radiotherapy is one type of radiotherapy.
Heavy Ion beam cancer radiotherapy is the leading-edge radiotherapy, precisely irradiating cancerous cells with carbon ions accelerated to about 60 – 80% of the speed of light.
In the conventional radiotherapy using X-ray or gamma ray, and the irradiation from the external surface of the body is aimed at the cancerous cells. On the surface of the body, the irradiation is extensive and the intensity decreases inwards, therefore causing insufficient damage to the cancerous cells deeply rooted inside the body. Furthermore, damage is caused to the surrounding healthy cells.
On the other hand, the characteristics of the heavy ion and proton are such that the irradiation intensities on the body surface are weak, but reach the final peak (Bragg Peak) at the cancerous cells. Thus it is possible to pinpoint the cancerous cells, causing considerable damage to the cancerous cells, and minimizing damage to healthy cells.
In terms of the concentrated intensities, heavy ion beam radiotherapy is superior to proton therapy, and since the destructive effect on the cancerous cells is 2 to 3 times more effective, the irradiation frequency is lessened, thus it is possible to shorten the therapy period.
The carbon ion is 12 times more massive than a proton. The more massive the accelerated particle, the greater destructive power it achieves.
Features of Heavy Ion beam cancer radiotherapy
Effects of Heavy Ion Radiation
Effects of Heavy Ion Radiation
National Institute of Radiological Sciences (in Chiba city.) started clinical investigations on cancer therapy using heavy-ion radiation in June 1994. By the end of March 2010, more than 5,000 patients have been treated.
Furthermore, Hyogo Ion Beam Medical Center began clinical investigations in 2002, and by the end of March 2009 more than 480 patients have been treated.
CD DRYERS belong to the category of conductive heating dryers which indirectly heat and dry materials through conduction. Drum type dryers and cylinder dryers used at paper mills also belong to the same category.
Unlike conventional dryers, the CD DRYERS do not make use of the circumferential surface of its cylindrical drum, but both sides of its hollow disc as conductive surfaces.
While developing the CD DRYER, we have made it a basic principle to raise the over-all heat transfer coefficient in designing a high performance dryer with the understanding that dryers are nothing but heat exchangers in principle.
Consequently, an evaporation capacity of 200kg/m2h water at 20℃ or over and over-all heat transfer coefficient of 2000kcal/m2h℃ have been achieved. The high performance of the CD DRYER is a revolutionary development for the conductive heating type dryer.
CD Dryer: High Performance Concentration and Drying