Participation in the 121st Catalysis Discussion Meeting

Coriolis digital mass flow meter (flow meter) and controller capable of measuring true mass flow rate.

The precision mass flow meters (flow meters) / controllers for liquids and gases use advanced Coriolis sensors (patented) and are high-performance instruments that directly measure mass regardless of changes in operating conditions (pressure, temperature, density, thermal conductivity, viscosity, etc.). Both integral and separate types of control valves are available. The control valves differ from those of competitors in their modular structure, allowing customers to replace them on-site without adjustment work. The standard valve is of the normally closed type with a Kv value of up to 1.5. Additionally, normally open types are also available. For more details, please download the catalog.

• Flow Control

Pressure-resistant explosion-proof type liquid Coriolis mass flow meter with domestic explosion-proof/IECEx/ATEX Zone-1 certification, also compatible with gas measurement.

The "mini CORI-FLOW Ex d" is a robustly designed Coriolis mass flow meter for liquids/gases that can be applied in hazardous locations. The compact mass flow meter mini CORI-FLOW series M12-M14 is housed in a pressure-resistant explosion-proof container. The mini CORI-FLOW Ex d series covers a small flow range from 100 mg/h to 30 kg/h. The device can be used with line pressures of up to 10.7 or 13.8 MPa(a). 【Features】 ■ Domestic explosion-proof type certification (IIB T6 Gb) ■ IECEx and ATEX approval, pressure-resistant explosion-proof ■ Direct mass flow measurement independent of fluid characteristics ■ High accuracy and excellent repeatability ■ Multi-range ■ Standard: Analog 0 ... 5(10) Vdc and 0(4)... 20 mA output and digital communication RS232 ■ Option: RS485 communication compatible (Modbus, PROFIBUS-DP, DeviceNet, FLOW-BUS) ■ Intrinsically safe Ex i 4...20 mA current output *For more details, please refer to the catalog or feel free to contact us.

• Flow Control
• Other process controls

Mass flow controller with high-speed control capability due to fast sensor response.

The "mini CORI-FLOW(R) mass flow controller (flow meter)" features high stability control output and fast response. Due to the fast sensor response (50…200 msec), high-speed control has become possible. Therefore, applications such as split delivery can be expected. 【Features】 ○ Directly connected control valve ○ Fast response For more details, please contact us or download the catalog.

• Flow Meter
• Flow Control

Adoption of mass flow control pump! A liquid distribution system with a control method that replaces valve control.

The "mini CORI-FLOW(R) liquid dispensing system (pump system)" consists of a Coriolis flow meter, gear pump, filter, check valve, and piping that connects them. It is electrically and mechanically integrated, optimized through a PID controller, and supplied after comprehensive testing. The pump series is available for extremely low flow rates to relatively high flow rates, high pressure, wide control ranges, and aggressive fluids. In addition to operation in analog mode, it can also be used in digital mode. 【Features】 - Simple, compact configuration; easy to use - No need for liquid source pressurization - Compact complete dispensing system - Direct mass measurement and control For more details, please contact us or download the catalog.

• Other pumps
• Flow Control
• Other process controls

[Pump System Case 2] Supercritical Gas Measurement and Control

Fluids near the supercritical region; measuring substances like carbon dioxide (CO2) and ethylene (C2H4) is not easy. For example, carbon dioxide CO2 enters the critical region when the temperature exceeds 20°C and the pressure is around 30 bara. Under such conditions, the physical properties, such as density and specific heat, change rapidly as a result of temperature and pressure variations. Therefore, measuring these fluids using thermal methods becomes very difficult. The "Mini CORI-FLOW(R)" provides true mass flow measurement regardless of physical properties, thus solving these issues all at once. 【Application Examples】 ○ Measures the mass of the molecules themselves, whether the fluid is in gas, liquid, or at their boundary. ○ This measurement principle has been field-validated to provide high precision and stable measurements. For more details, please contact us or download the catalog.

• Other pumps
• Flow Control
• Other process controls

[Pump System Case 1] Gas or Liquid Precursor Delivery

In the vapor deposition process, various precursor fluids (whether gas or liquid) must be precisely controlled. The "mini CORI-FLOW(R) series high-precision mass flow controllers" are particularly well-suited for these demanding applications. Thanks to the "multi-range" feature, OEM customers do not need to maintain a large number of different instruments. This device allows for easy range changes, thereby providing a cost of ownership advantage. [Application Examples] - Applying mini CORI-FLOW(R) to additive dosing → Enables the easy construction of a compact and autonomous system. - Applying mini CORI-FLOW(R) to batch counters → Provides a high-precision, high-speed, highly repeatable, and compact batch and dosing system. For more details, please contact us or download the catalog.

• Other pumps
• Flow Control
• Other process controls

High-precision flow meter suitable for research on liquids/gases!

A compact flow meter that operates in the range from very low flow to low flow, with a size one-tenth that of conventional models. Designed to pursue cost-effective mass flow meters and controllers. ● The world's smallest Coriolis flow controller ● High precision 1: A mechanism that is unaffected by changes in operating conditions (pressure, temperature, density, thermal conductivity, viscosity). ● High precision 2: The world's smallest error range with a reading accuracy of ±0.2 ● Applicable to both liquids and gases ● Proven track record in Europe ...and many other features. ★ For more details, please contact us or download the catalog to view.

• Weighing Machine
• Flow Meter
• Weighing Control

Achieve precise control and high reproducibility! MFC that can control the flow rate of TiCl4.

The "Liquid MFC for TiCl4" is a device that can precisely control the flow rate of TiCl4. TiCl4, used in processes such as metal hardening, has traditionally relied on thermal MFCs. However, these devices struggle to adapt to physical changes such as fluid density and specific heat, making it difficult to accurately measure, control flow rates, and maintain high reproducibility. To use them effectively, each user and equipment manufacturer requires specific know-how, which has been a significant challenge. By using this product, precise control and high reproducibility can be achieved. 【Features】 - Measurement principle is Coriolis type, not thermal type - Can deliver "accurate mass" without being affected by physical changes in the fluid - A separate control valve type can be selected for better maintenance considerations For more details, please refer to the catalog or feel free to contact us.

• Flow Meter
• Flow Control

The particle visualization technology developed under our brand "ViEST" has a very high level of detection sensitivity, capable of visualizing the suspended or adhered states of micro and nano-sized particles in real time. We are engaged in the sale of visualization systems and contract services for evaluation (investigating particles and airflow in production processes, inside and outside manufacturing equipment, evaluating the performance of cleaning products, proposing yield improvement measures, etc.) both domestically and internationally. In manufacturing environments, invisible fine foreign substances, dust generation, particle adhesion due to static electricity, and airflow disturbances can cause quality defects and reduced yield. Our company clarifies these contamination factors through visualization technology and provides consistent support from identifying the source of the problem to considering and confirming improvement measures. Do you have any of the following concerns? - Unable to identify the cause of foreign matter contamination - Want to check airflow and cleanliness in clean rooms - Want to understand dust generation from manufacturing equipment and transport systems - Want to reduce particle adhesion to films and substrates - Want to improve contamination that leads to reduced yield

We will introduce the modeling features that utilize drawings through "2D×3D integration," which allows for easy creation of 3D models from 2D drawings, as well as an efficient integration function that projects 3D assembly data onto assembly and part drawings in bulk, automatically generating 2D drawings. Additionally, you will be able to see through a live demo how seamlessly utilizing 2D and 3D can lead to improved design efficiency, reduced errors, and increased overall productivity in business operations. This content is recommended for those considering the introduction of CAD or feeling challenges in their current design work. We hope you will join us.

[Key Lecture Content] 1. Outlook on Renewable Energy Policy Centered on Solar Cells Ministry of Economy, Trade and Industry Agency for Natural Resources and Energy Energy Conservation and New Energy Department New Energy Division, Deputy Director Akihiro Kanayama 1. Trends in Renewable Energy Policy 2. Towards the Introduction of Perovskite Solar Cells 3. Regarding the "Law on Promoting the Recycling of Solar Cell Waste, etc." Established in May of This Year 4. Q&A / Business Card Exchange 2. Potential of the Solar Panel Disposal Business from the Perspective of Solar Power Generation Equipment ~Verifying What Can Be Done Now at a Practical Level~ Environmental Energy Recycling Center, Executive Director Yosuke Anada 1. Market Trends of Solar Power Generation Equipment and Movements Regarding Disposal 2. What is Happening Now with Solar Power Generation Equipment? How Does Disposal Occur? 3. Businesses Emerging and Activating Due to Mandatory Recycling 4. What Should Be Considered and Done Now 5. Q&A / Business Card Exchange

[Instructor] Koichi Sato, Representative Partner / Certified Social Insurance and Labor Consultant, HR Plus Social Insurance and Labor Consultant Corporation [Key Lecture Content] Recently, approximately 40% of the labor force consists of non-regular employees, and the declining birthrate is progressing due to insufficient income. In response, the government has been making successive legal revisions, including the indefinite conversion rule and the so-called "equal pay for equal work." Additionally, against the backdrop of a recent labor shortage, there has been an increase in cases of employing contractors and freelancers, which has raised the risk of disguised contracting due to inappropriate practices. This course will touch on the contents of the "Equal Pay for Equal Work Guidelines," which are scheduled to be revised in October this year, and will also organize the latest "current situation" for each employment category of non-regular employees.

In recent years, have you noticed an increase in corrective recommendations regarding "free storage of molds"? Cases where molds are stored for long periods without orders or where usage records cannot be confirmed are increasingly viewed as problematic from the perspective of the Subcontract Act (Act on the Proper Transaction of Small and Medium-Sized Enterprises). In fact, many companies may feel uneasy about management situations such as "not knowing where they are" or "not knowing when they were last used." Therefore, we will hold a webinar to explain practical methods for managing loaned molds as a response to these corrective recommendations. ✅ Recommended for: - Those who feel uneasy about the management status of loaned molds - Those who want to strengthen operations in preparation for legal compliance (Subcontract Act) - Those who have challenges in establishing mold management rules with business partners - Those who want to visualize the location, usage history, and evidence management of molds In this webinar, we will not only introduce management methods but also clearly explain how to advance mold management at a practical operational level. Now is the perfect opportunity to prepare for risks while you still think "it's okay." If you have any interest, please join us.