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Nov. 21, 2023info
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Sep. 16, 2022info
New Address
S4C Media Centre, Parc Ty Glas, Llanishen, Cardiff
CF14 5DU

Office relocation completes on September the 15th 2022
Telephone number remains unchanged
Jun. 13, 2022Topics
【Press Release】
Joint development of uniform thin-film plating technology for MI cables for the experimental fusion reactor (ITER)

We, Okazaki Manufacturing Company, in collaboration with the National Institute of Quantum Science and Technology (NIST) and Teikoku-ion CO., LTD, have developed a uniform, high-precision, thin-film plating technology for the fabrication of microfission chamber neutron measurement equipment to be procured by Japan for the experimental fusion reactor (ITER) under construction in the South of France. A press announcement was made after the successful development of this technology.

The said neutron measurement equipment is an important device for evaluating the power output of ITER, but due to the high temperature and high radiation environment, normal cables such as rubber or vinyl cannot be used, and MI cables (cables using inorganic insulation) must be used. On the other hand, ITER requires the injection of heating microwaves into the plasma to maintain operating conditions, and part of these microwaves overheat the MI cables, causing damage, which has been a major problem. One way to overcome this problem is to apply copper plating to the MI cables, which reduces microwave overheating, but the challenge is that the thicker the plating, the more susceptible it becomes to different forces, namely electromagnetic forces. For this reason, ITER requires a precise and uniform thin film (5 microns ± 1 micron) of copper plating over the entire length of the MI cable surface, but this technology did not exist.
The three companies therefore worked together to develop a new plating technology. As a result, a new rotary plating machine was developed to enable uniform plating operations and high-precision plating thickness control was achieved using this machine, resulting in high-precision copper plating that satisfies ITER's performance requirements.

  • Briefing Session
  • New Rotary Plating Machine

As this new plating technology has potential applications not only in nuclear fusion research, but also in a wide range of fields requiring high-precision plating, such as waveguides for particle accelerators used in the medical field, a patent application was filed and the patent was granted in June 2021 (Patent No. 6893001).
Dec. 17, 2020ProductCatalog
Our new "Vibration-resistance platinum ressitance thermometer" has been added to our product line-up.
Applying technology develped in temp sensors for use in space, it is ideal for use in severe environments subject to vibrations and shocks.

Click here for details.
July. 08, 2020Product
Marine Temperature Sensors Obtained the Nippon Kaiji Kyokai certification (Class NK)

We have been certified by the Nippon Kaiji Kyokai (Class NK).
As a result, many of our products in our product lineup are now compatible with ship classification.
In addition, we have obtained explosion-proof (ATEX, IECEx) and intrinsic safety (ATEX, IECEx, TIIS) certifications.
Any queries, please contact our branch office nearest you.
July. 08, 2020Product
With the acquisition of functional safety certification, our temperature sensor is now IEC 61508 SIL-compliant on its own.

In recent years, there has been an increase in demand for SIL compliance for the purpose of safety assurance and cost reduction for global users and plants that are subject to strict safety management.
We can offer SIL-compliant products that can meet your requirements.
For more details, click on the following link to go to "Special Specification Products".

Click here for details.
July. 08, 2020Product
Model Change On Two-wire Temperature Transmitter

Previous ModelNew Model
IPAQ-HX(Intrinsic Safety)IPAQ C330X(Intrinsic Safety)
MESO-HX(Intrinsic Safety)  IPAQ C530X(Intrinsic Safety)

For more details, click on the following link to go to "Special Specification Products".

Click here for details.
Oct. 02, 2017Topics
We opened our Web site.

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