Business overview
One of the key technologies for realizing carbon neutrality is next-generation batteries, nano-scale functional particles with various functions, popularization of 5G & 6G communication systems and environment-friendly vehicles, passive components such as MLCC that require ultra-miniaturization and high reliability against the backdrop of advances in advanced driver assistance systems (ADAS), high-quality medicine by DX, and medical devices that are becoming increasingly AI and digital. Our expectations are high in our coating technologies in every field of society.
Liquid phase technologies
Liquid phase technologies
Propose best practices for materials, equipment, and processes
MLCC/MLCI/ varistors, thermistors, and other passive components. Process technology related to next-generation dielectric sheet forming, inner electrode process, and both terminal and multi-terminal external electrode application and pre-and post-application processes. Equipment, fixtures, and services are provided. Our patented technologies, such as the world-smallest 0201mm and so on, and our unique processing technologies respond to customer demands.
Gas phase technologies
Gas phase technologies
Proposal of optimum film formation solutions based on vacuum, atmospheric pressure, high temperature, and room temperature from among various methods
Our technologies enable the precise deposition of organic and inorganic materials (metals, compounds, oxides, nitrides) in thicknesses ranging from 1 nm to 1 µm on complex surface shapes of various powders, such as battery materials and magnetic materials, as well as on advanced devices. Additionally, it can be applied to the deposition of gas barrier films, corrosion-resistant films, conductive films, and insulating films.
AI × robotics technology
AI × robotics technology
Proposing from "automation" to "autonomy" brings about by AI technologies
Supports innovations in new material-searching and processing through liquid phase and gas phase technologies x AI.
Robots themselves evaluate material properties and optimize conditions and compositions, utilizing AI and robotic technology to bring about a 'laboratory industrial revolution.' This will lead to serendipity (unexpected discoveries).
Creative AI Robotics Co., Ltd.
※Creative AI Robotics is our group company.
Products
We have an extensive lineup of products tailored to the needs of our customers, from the liquid phase to the gas phase.
In addition to what we have introduced, we may be able to accommodate many of your requests, so please feel free to contact us first.
Liquid phase equipment
We have improved our conventional electrode coating method to accommodate a wide range of process conditions, jigs, equipment, development support, and contracted coating to suit customer products and materials.
Both-terminal and multi-terminal external electrode forming process
Both-terminal
*Pinch or tap to enlarge.
Multi-terminal
*Pinch or tap to enlarge.
This video is an introduction to liquid-phase technologies.
Dielectric sheet and internal electrode printing process
By using a special liquid raw material that does not use slurry, a laminated structure of BaTiO3 and Ni electrode patterns (less than 100 nm) can be formed directly on PET film. This enables the creation of an ultra-thin dielectric green sheet that does not require a drying process.
*Pinch or tap to enlarge.
Gas phase equipment
Optimal methods for both vacuum and atmospheric deposition are available.
Organic and inorganic (metal, compound, oxide, nitride) films can be deposited.
High-quality, dense films of 1 nm to 1 μm in thickness can be deposited.
Powder deposition process
CMVA-500P
Room temperature ALD equipment
- Room temperature ALD equipment in vacuum
- Powder specifications for experiments and R&D
[Application example]
- Powder (QD powder, fluorescent powder, etc.)
CMP-200
Powder deposition equipment
- Continuous deposition system for powders under atmospheric pressure
- Mass production is possible
[Application example]
- Battery raw powder, magnetic powder
CMVA-500P
Room temperature ALD equipment
- Room temperature ALD equipment in vacuum
- Powder specifications for experiments and R&D
[Application example]
- Powder (QD powder, fluorescent powder, etc.)
CMP-200
Powder deposition equipment
- Continuous deposition system for powders under atmospheric pressure
- Mass production is possible
[Application example]
- Battery raw powder, magnetic powder
Functional film deposition (at room temperature and high temperature) process
CMVA-300
Room temperature ALD equipment
- Room temperature ALD equipment in vacuum
[Application example]
- 3-dimensional parts (resin lenses, vacuum parts, piping, valves, etc.)
CMVD-100
Room temperature DLC equipment
- DLC deposition equipment using room temperature ALD
[Application example]
- Resin containers, aluminum foamed electrodes, sensor electrodes
CMVA-T100
High temperature ALD equipment
- High-temperature ALD equipment in vacuum
[Application example]
- BaTiO3 for MLCC
This video is an introduction to gas-phase technologies.
CMVA-300
Room temperature ALD equipment
- Room temperature ALD equipment in vacuum
[Application example]
- 3-dimensional parts (resin lenses, vacuum parts, piping, valves, etc.)
CMVD-100
Room temperature DLC equipment
- DLC deposition equipment using room temperature ALD
[Application example]
- Resin containers, aluminum foamed electrodes, sensor electrodes
CMVA-T100
High temperature ALD equipment
- High-temperature ALD equipment in vacuum
[Application example]
- BaTiO3 for MLCC
This video is an introduction to gas-phase technologies.
Technology overview
Contribute to SDGs through innovative coating technologies as a company that overcomes technological challenges to meet customers' needs.
Company profile
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Access
Head Office & Research institute
1st Fl. 2-28-12 Mukogaoka, Bunkyo-ku, Tokyo 113-0023 Japan
Phone: +81-3-5946-8295 Fax: +81-3-5946-8296
◆ 2-minute by car from the University of Tokyo
◆ 4-minute walk from Honkomagome Station on the Tokyo Metro Namboku Line
◆ 7-minute walk from Hakusan Station on the Toei Subway Mita Line
R&D Institute & Shinsan Factory
38 Shinsanhigashi-machi, Nagaoka-Shi, Niigata 940-2128 Japan
Phone: +81-258-89-8608 Fax: +81-258-89-8609
◆ 5-minute by car from the Nagaoka University of Technology
◆ Approx. 15-minute by car from Nagaoka Station on the Shinkansen/Train/Bus
◆ Approx. 5-minute by car from Nagaoka IC on the Kanetsu Expressway
