Notice of Participation in the 7th Ceramics Japan [Kansai Exhibition]

These are conductive ceramics that can be tailored for specific characteristics, ranging from mΩ (milliohms) to GΩ (gigaohms) depending on the application.

Ceramics are materials that excel in mechanical properties, balancing wear resistance (hardness) and strength, and are widely used in our products, such as suction transport nozzles for surface mount machines. Generally, ceramics are electrically insulative (materials that do not conduct electricity), but in recent years, there has been a demand for conductive ceramics in semiconductor and electronic component manufacturing processes and the electronics field for static electricity countermeasures. To meet such needs, we have developed our unique conductive ceramics.

• Contract manufacturing
• Ceramics
• Fine Ceramics

Porosity up to 98%! It is a metal porous body with excellent air permeability!

It is a porous metal material containing numerous pores like a resin sponge. Each pore is part of a continuous bubble structure, allowing fluids to pass through reliably. Additionally, compared to plates/blocks, the specific surface area is improved by several hundred times, making it suitable for use as a reaction layer or filter. Examples of applications (consideration cases): - Components for fuel cells (gas diffusion layers, separators, electrodes) - Reaction electrodes - Catalyst supports - Filters (air filters, grease filters, etc.) - Components for factory automation (adsorption plates, adsorption transport pads) - Medical field applications (artificial joint components, bone regeneration treatment materials)

• Metal bearings
• Contract manufacturing
• Other metal materials

It is 3D printing processing of ceramics! It is possible to directly manufacture ceramic parts from CAD data!

Ceramics 3D printing is a new technology for shaping ceramics using a 3D printer. By applying the ceramic molding materials (filaments) developed by our company, three-dimensional shaping of ceramics is possible with a typical FDM (Fluid Deposition Modeling) 3D printer.

• Other molds
• Contract manufacturing
• Processing Contract

It is a catalyst for ozone decomposition that supports ozone treatment.

The ozone decomposition catalyst, NO honeycomb, is an air purification filter with a catalyst attached to a ceramic honeycomb. Ozone (O3) has strong oxidative power and is used for applications such as sterilization, virus inactivation, deodorization, and decolorization. However, due to its oxidative power, it is toxic to organic matter and can have harmful effects on the human body at high concentrations. To utilize the characteristics of ozone safely, our NO honeycomb is used as an ozone decomposition catalyst, which breaks down ozone into oxygen molecules (O2) and oxygen atoms (O) through the action of the catalyst. The sterilization and virus inactivation treatment using ozone is gaining attention.

• Processing Contract
• Other polymer materials
• Wood products

It is a ceramic honeycomb filter that decomposes and absorbs air pollutants such as NOx/SOx!

The air pollutants contained in combustion exhaust gases from vehicles such as automobiles, NOx (nitrogen oxides) and SOx (sulfur oxides), are purified using the acidic gas absorbent "NC Honeycomb" developed by our company. Our NC Honeycomb decomposes and absorbs NOx and SOx through catalytic action, thereby suppressing air pollution caused by combustion exhaust gases. It has been adopted in the exhaust systems of tunnels in the metropolitan expressway.

• Processing Contract
• Other polymer materials
• Wood products

It is a ceramic honeycomb filter that deodorizes, removes smoke, and purifies the air using platinum catalysts.

Platinum is a catalyst used for purifying automobile exhaust gases, with features such as: - High activity (promotes reactions more effectively) - Excellent durability Our oxidation catalyst, NA honeycomb, is a filter that has platinum catalyst attached to a ceramic honeycomb. By using a honeycomb structure and support body, it achieves purification treatment with platinum catalyst at low pressure loss and high efficiency.

• Processing Contract
• Other polymer materials
• Wood products

Ultra-fine honeycomb structures of the world's smallest class. They are manufactured using a molding method with extrusion and can also be applied to thermoplastic resins.

Micro-honeycomb is a fine lattice structure formed using extrusion molding molds that leverage our fine hole and fine groove processing technology, exceeding 10,000 cells/in². We have a wide range of production achievements with various materials, including: - Ceramics (alumina, zirconia, etc.) - Metal materials (stainless steel) - Filler-containing thermoplastic resin materials Since it is produced using the extrusion molding method, which continuously discharges uniform cross-sectional shapes, it is also possible to manufacture integrated parts exceeding a length of 200mm. In addition to the production of honeycomb structures using our owned molds, we also accept new designs and prototypes starting from mold production, as well as external sales of molds only. *For more details, please refer to the PDF materials or feel free to contact us.

• Other machine elements
• Other molds

In addition to square, hexagonal, and octagonal grids, we also accommodate irregular shapes! We will design molds according to your preferences.

At Nagamine Seisakusho, which provides a wide range of ultra-precision molded products using microtechnology, we handle "precision honeycomb extrusion molding dies." Honeycomb structures have the advantage of significantly increasing the contact area for fluids while minimizing pressure loss. We can accommodate not only square, hexagonal, and octagonal grids but also irregular shapes. We will design the mold according to your desired grid shape and molding machine. 【Design Specifications】 ■ Hole diameter: Min. φ0.8mm ■ Groove width: Min. 0.05mm ■ Pitch accuracy: ±10μm ■ Hole diameter accuracy: ±10μm ■ Groove width accuracy: ±10μm *For more details, please refer to the PDF materials or feel free to contact us.

• Mold Design
• Contract manufacturing
• Processing Contract

A nozzle with a hole diameter of 200μm or less, which is not commonly handled as a standard product. The tip is made of ceramic, so it can also be cleaned with solvents.

Our dispenser nozzle is a coating nozzle designed for tabletop dispensers, featuring a ceramic tip. 【Features】 - As a standard nozzle for tabletop dispensers, we can manufacture nozzles with a hole diameter of less than 200μm, which are not commonly available. (We can accommodate a minimum hole diameter of 5μm.) - The standard metal holder has a double-thread specification, allowing for direct attachment to commercially available dispensers and syringes. - The nozzle tip is made of ceramic, making it suitable for cleaning with solvents and thermal processing. (We will select materials according to the cleaning method.) - The inner surface of the nozzle has a tapered cross-section, produced through injection molding using molds, resulting in high smoothness and improved flow and coating properties. The inner and outer diameters of the nozzle tip can be manufactured to your specified dimensions. We also accept custom specifications for the metal holder. For more details, please refer to the PDF document or feel free to contact us.

• nozzle
• dispenser

Introducing Chofune Manufacturing's "Ceramics Precision Micro Parts" and their features!

We would like to introduce Nagamine Seisakusho's "Ceramics Precision Micro Parts," which offers a wide range of ultra-precision molded products using microtechnology. Our company provides "IC Chip Suction Nozzles (for Surface Mount and IC Chip Transport)" that are compatible with the next-generation surface mount standards "03015" and "0201," as well as "Dispenser Nozzles/Inkjet Nozzles (for Liquid Dispensing and Droplet Ejection)" that can reduce wear even during high-pressure discharge. **Features of the IC Chip Suction Nozzle (for Surface Mount and IC Chip Transport):** - Utilizes fine ceramics with excellent wear resistance → Contributes to longer component lifespan and reduced nozzle replacement frequency - Minimizes machining by leveraging injection molding → Achieves low-cost and short lead time for mass production - Static electricity countermeasures are possible with conductive ceramic materials - Nozzles can be manufactured to match various mounting machines *For more details, please refer to the PDF document or feel free to contact us.*

• Contract manufacturing
• Processing Contract

Used for the exhaust outlets of the Central Circular Route Tunnel in the capital! It absorbs and decomposes exhaust gases and unpleasant odors.

The "Honeycomb Catalyst and Absorbent" responds to environmental conservation by absorbing and decomposing exhaust gases from sources of air pollution and unpleasant odors. Our NC honeycomb is widely used for ventilation in tunnels such as roads and for exhaust gas treatment in underground parking lots. It serves its catalytic function by allowing passage through the honeycomb structure. Since it is molded from our own extrusion molds, we can accommodate your requests regarding cell count, wall thickness, and size. 【Features】 ■ Absorbs and decomposes exhaust gases from sources of air pollution and unpleasant odors ■ Honeycomb catalyst that can neutralize acidic gases with alkalinity ■ Customizable cell count, wall thickness, and size according to your needs ■ Selection of catalyst materials tailored to your intended application is possible ■ We also accept prototype molding of materials you provide *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract
• Other polymer materials
• Wood products

From February 11 (Wednesday) to February 13 (Friday), Mikasa Trading Co., Ltd. will sponsor the technology conference "JANOG57 Meeting in Osaka" held at the Congre Convention Center. This event provides an open platform for field engineers to freely discuss and share the latest network technologies, practical operational know-how, and case studies of failures. This time, we will be exhibiting a booth in collaboration with Western Digital Marketing LLC, showcasing innovative storage solutions such as the "Ultrastar Data60" and HDDs with a maximum capacity of 30TB. The Ultrastar Data60 is recognized for its ability to efficiently accommodate up to 60 high-quality HDDs while achieving large capacity, low cost, and space-saving design. Additionally, we will display mobile label printers made by Brady Japan at our booth. You will have the opportunity to see products that are actively used in infrastructure development and data management up close. Don't miss this chance to experience the technologies that support the future! We look forward to seeing you at the venue.

Cancer Biomarker Discovery 2026 is an online seminar focused on the latest biomarker discovery and analysis technologies in the field of cancer research. Advanced technologies that support the understanding, diagnosis, and treatment research of cancer, such as liquid biopsy, proteomics, and spatial omics analysis, will be introduced. This seminar primarily targets basic and clinical researchers involved in cancer research, as well as those interested in biomarker discovery and analysis. In our section, we will introduce the latest techniques in fluorescent imaging for spatial biology and spatial proteomics research, centered around the Invitrogen EVOS S1000 Spatial Imaging System. Unlike traditional microscopy, which is limited in multiplex immunostaining, our spectral unmixing technology enables simultaneous imaging of up to 9 colors, allowing for rapid data acquisition with minimized sample damage. Additionally, we will explain a practical workflow using direct conjugate antibodies and TSA-based Invitrogen Aluora amplification reagents, proposing high-reproducibility analysis methods that leverage spatial information. For research use only. Not for diagnostic use.

In spatial biology/spatial proteomics research, the coexistence of "high-quality multiplex fluorescence image acquisition" and "reliable quantitative analysis" is becoming increasingly important. This webinar, co-hosted by Thermo Fisher Scientific and Indica Labs, will introduce a practical workflow that allows for a comprehensive understanding from imaging to analysis. Recommended for: - Those interested in spatial biology/spatial proteomics research who want to systematically understand the entire process from imaging to analysis. - Those who are already conducting or considering the implementation of multiplex imaging (multiplex immunostaining). - Those who feel limited by traditional four-color fluorescence observation and wish to engage in higher-dimensional spatial information analysis. This is a free seminar, so please join us. *For research use only. Not for diagnostic use.

[Speaker] Naoki Eguchi, Attorney at Baker McKenzie [Lecture Topics] 1. Utilization of Storage Batteries (1) Storage Batteries for Renewable Energy Integration (2) Grid-Side Storage Batteries (3) Hybrid Power Generation with Solar, Wind, and Storage Batteries 2. Positioning of Grid-Side Storage Batteries 3. Subsidies for Grid-Side Storage Batteries / Long-Term Decarbonization Power Source Auctions 4. Practical Aspects and Contracts for Grid-Side Storage Batteries - Offtake Model, Merchant Model 5. Current Status of Corporate PPAs (Overseas and Japan) 6. Types of Corporate PPAs (Physical and Virtual) 7. Contracts for Corporate PPAs 8. Corporate PPAs and Project Finance 9. Q&A / Business Card Exchange

[Instructor] Professor at Waseda University Graduate School of Political Science and Economics / Director of the Institute for Environmental Economic Management Visiting Researcher at Sciences Po Paris Faculty Fellow at the National Institute of Economic and Industrial Research Mr. Toshihide Arimura [Key Lecture Content] Starting in the fiscal year 2026, participation in the GX-ETS will become mandatory for some companies in Japan. Carbon costs will become an increasingly important factor in considering long-term value creation for businesses. This seminar will explain the impacts of the full-scale implementation of the GX-ETS on Japanese companies and the economy. Additionally, we will introduce the future outlook for the GX-ETS and the paths that should be taken, from the perspectives of comparison with overseas emissions trading systems and its economic significance.