JFEテクノリサーチ List of Products and Services

- The seminar will be held with the latest content (2017 edition). - We will explain the necessary content for obtaining ISO/IEC 17025 certification and maintaining the system in an easy-to-understand manner from the basics. - You will be able to learn about the requirements for internal audits and how to conduct audits through case studies. - For organizations that have already obtained ISO/IEC 17025, this is effective for further performance improvement. - For organizations considering obtaining ISO/IEC 17025, this will be helpful for preparation. - The seminar will be conducted by instructors with rich consulting experience. - A certificate of completion will be issued to those who pass the completion test.

• ISO-related consultant
• Management Seminar
• Contract measurement

● Detects three wavelength components simultaneously using a special NIR camera to identify color-matched foreign objects that are not visible with X-rays. ● Non-destructive testing that does not damage the target object. ● Instantly measures objects being transported in the factory and outputs discharge and stop signals. ● Uses safe light "NIR (near-infrared)" that requires no management. ● Capable of detecting not only foreign objects but also differences in moisture content and spoilage.

• Other appearance and image inspection equipment
• Other analytical and testing equipment
• Other measurement and measuring equipment

- Visualizing phenomena that cannot be detected in visible light using three characteristic wavelengths suitable for organic material quality inspection. - Ideal for inline inspection of high-speed transported materials through one-dimensional imaging with a line sensor camera. - Capable of acquiring three-wavelength images without positional displacement by detecting three wavelength components along a common optical axis. - High-sensitivity inspection made possible by adopting a rectangular linear image sensor. - Housing structure designed with dust prevention in mind.

• Other measurement, recording and measuring instruments
• Other inspection equipment and devices
• Other image-related equipment

● The "yuzu skin" is captured as micro-surface distortion and displayed as inclination angle distribution images and curvature distribution images. ● High-sensitivity measurements (detecting changes in surface tilt of 1 mrad) are possible, allowing for observation of fine patterns. ● Maximum value, minimum value, and standard deviation within a specified area can be calculated. ● Map display, CG display, and CSV file output are available.

• Image Processing Equipment
• Other measurement, recording and measuring instruments
• Other inspection equipment and devices

● Approximately 140mm linear area film thickness distribution can be measured at 1320 points Using a hyperspectral camera for measurement, the number of pixels in the spatial axis direction is 1320, allowing for the observation of film thickness distributions with a level of detail that was previously unimaginable. This enables the detection of minute film thickness variations that would have been overlooked with point measurement thickness gauges, allowing not only for the identification of sudden film thickness changes but also for pinpointing the exact locations where these changes occur. ● Continuously graphing the calculated film thickness values By continuously displaying the 1320 film thickness values on a graph, one can visualize the profile of the film thickness. ● Does not require dedicated lighting While hyperspectral cameras typically use through, constant, or line lighting, this device is equipped with a lighting window that diffuses light using a diffusion plate inside the window, eliminating the need for line lighting. ● Compact and lightweight device for easy portability Due to its lightweight design, it is easy to carry and can be used for measurements anywhere. Additionally, it can be disassembled with a single screw, allowing for even more compact transport.

• Other measurement, recording and measuring instruments
• Other inspection equipment and devices

The imaging spectroscopic camera (hyperspectral camera) spectrally analyzes the reflected light from a linear area and outputs it as a two-dimensional image. By connecting it to a monochrome camera, spectral data from many points can be collected simultaneously.

• Image Processing Equipment
• Other measurement, recording and measuring instruments
• Other inspection equipment and devices

● Line Spectroscopy with the Imaging Spectrometer ImSpector By using an imaging spectrometer, it is possible to rapidly measure spectral data across the entire observation field. ● Use of a high-sensitivity camera for the detector By employing a high-sensitivity camera as the detector, it is possible to minimize light damage to the sample caused by the illumination light during measurement. ● Spectral camera unit can be connected to the microscope camera port Since it can be connected to a C-mount camera port, it can be installed on your existing microscope. ● Additional intermediate tube allows for the installation of an observation camera (optional equipment) By adding an intermediate tube to the microscope, it is possible to install an observation camera in addition to the imaging spectrometer camera. This enables the measurement of spectral data at targeted positions while conducting microscope observations.

• Other inspection equipment and devices
• Other measurement, recording and measuring instruments

● High-precision image color measurement is possible This device is a scanner-type colorimeter that measures and analyzes image color information with patterns, such as printed surfaces, copied surfaces, and photographs, using a direct spectrophotometric method. A colorimeter refers to a spectrophotometer that can perform color analysis directly from the image surface. ● Easy data acquisition using a scanner method Data acquisition is performed by horizontally moving the measurement object placed face down on a glass surface, using a spectrophotometer with an imaging spectrometer from below. The lateral movement to the measurement points on the measurement object is achieved by the movement of a measurement head that integrates the imaging spectrometer and the light irradiation device. ● High reliability through the use of a high-performance camera To enhance the reliability of the measurement data, the camera connected to the imaging spectrometer is of the cooling type with a CMOS sensor, which excels in data stability and reproducibility.

• Other inspection equipment and devices
• Other measurement, recording and measuring instruments

● Hyperspectral Camera The base technology, the hyperspectral camera, offers a rich lineup that can be selected based on wavelength range, frame rate, wavelength resolution, and image resolution. It also accommodates special specifications such as high-sensitivity measurements and high-speed measurements. - High color separation possible through wavelength analysis - Conversion between XYZ, Lab, and CMY - Line analysis and area analysis possible ● Imaging Spectroscopy System The imaging spectroscopy system, which excels in research and development as well as product inspection, provides an all-in-one device that caters to various applications. We offer one-stop support from algorithm development and software creation to mechanical design for applications.

• Other inspection equipment and devices
• Other measurement, recording and measuring instruments

We will evaluate the flow and mixing conditions within complex devices using a meshless fluid analysis method (MPS particle method). In the current manufacturing industry, it is essential to understand the flow of various fluids (such as water, resin, and molten metal) within devices. However, as devices become more complex, traditional fluid analysis methods (such as finite difference methods and finite volume methods) often become difficult to compute, leading to many cases that are practically impossible to realize. Our company supports the understanding and evaluation of phenomena using a meshless fluid analysis method that can directly compute complex shapes and movements.

• Fluid analysis contract

We predict and evaluate the flow behavior of powders and granular materials through numerical simulation. In the pharmaceutical manufacturing process, a large amount of powders and granular materials are handled. This service simulates the complex flow behavior of particulate materials using computational fluid dynamics (CFD) based multiphase flow analysis and discrete element method (DEM). It can be utilized for understanding mechanisms through visualization of phenomena, conceptual design, and consideration of equipment improvement and scale-up.

• Fluid analysis contract

To observe and analyze the extreme surface and cross-section of samples at the nanoscale using electron microscopy, it is essential to have sample preparation techniques that avoid damage and contamination during processing. Our company provides cutting-edge observation and analysis data using ultra-low acceleration voltage scanning electron microscopy (ULV-SEM) and aberration-corrected scanning transmission electron microscopy (Cs-STEM), after processing samples using the optimal methods developed through our accumulated sample preparation technology.

• Ingredient analysis

We will conduct elemental mapping analysis using LA-ICP-MS (Laser Ablation/ICP Mass Spectrometry).

• Physical Analysis

The Importance of Metal Leaching Tests for Resin Materials ● Medical Devices and Materials Since these are implanted in the body or come into contact with biological systems for relatively long periods, it is necessary to not only meet standards corresponding to methods such as the "Pharmaceuticals and Medical Devices Agency's Plastic Pharmaceutical Container Test," but also to conduct leaching tests appropriate to the usage environment to identify leached elements and evaluate safety. ● Equipment and Packaging Used in Food Manufacturing and Processing Due to the potential for chemical substances leaching from these materials to contaminate food, it is necessary to confirm the presence or absence of metal components leaching using methods such as the "Standards for Food, Additives, etc. (Ministry of Health and Welfare Notification No. 370 of 1959)" and the "Standards for Resin Equipment and Packaging Containers (Ministry of Health, Labour and Welfare Notification No. 201)."

• Ingredient analysis

● Experts in metal and material analysis conduct elemental impurity analysis of pharmaceuticals (ICH Q3D) from reliability assurance to GMP compliance. ● We propose screening analysis, leaching tests (E&L tests), and analytical methods tailored to our customers' needs. ● In addition to active pharmaceutical ingredients, intermediates, and formulations, we also accept leaching tests from leaching containers. ICH Q3D guideline risk assessment target elements (Figure 1)

• Ingredient analysis

The T-iV infrared long-range surveillance camera is an innovative infrared camera that possesses all the features to meet the demands of remote monitoring. Designed using the latest technology, it is compact and extremely lightweight, capable of operating for over 8 hours on a single battery. It can also be powered by a 12VDC or 24VDC car battery. 【Features】 ● Capable of observing people up to 1,000 meters away ● Comes with a tripod mount ● Operates for 8 to 10 hours ● Includes remote control functionality ● Electronic focus and zoom ● No need for eyepiece lens adjustment ● Standby/stealth mode To support remote monitoring, it allows remote operation from up to 5 meters away, and the remote control unit is equipped with a small display.

• Surveillance Cameras

We are selling Japanese Iron and Steel Certified Reference Materials (JSS).

• others

Our company utilizes the advanced specialized technical skills cultivated through steel production and new material development to produce calibration samples for equipment analysis. Generally, in factories that manufacture cast iron and various alloys, emission spectrometry and X-ray fluorescence analysis devices are widely used for component management. To use these devices, samples are required for creating calibration curves or for instrument calibration (standardization). Through years of experimentation and research, we have established a method for producing calibration samples with very little segregation within the samples and a uniform metal structure.

• others

Standard materials are essential for ensuring the reliability of analytical values and methods. Please use our standard materials to ensure the proper operation of the analytical instruments you are currently using.

• others

● It is possible to measure the minute surface distortions that were previously observed by holding them up to fluorescent lights, such as films, glass, plastics, and painted surfaces. ● Surface distortions that were traditionally assessed through sensory inspection are quantitatively displayed as inclination angle distribution, curvature distribution, or displacement amounts from a three-point gauge. ● High-sensitivity measurements (detecting changes in surface tilt of 1 mrad) are possible. ● Map display, CG display, and CSV file output are available.

• Image Processing Equipment
• Other measurement, recording and measuring instruments
• Other inspection equipment and devices

This device is capable of visualizing the stress distribution (thermal elastic stress) of MEMS products, which could only be analyzed using CAE in the past, in a non-contact manner and in a short time.

• Stress Analysis

What is the analysis and evaluation technology of the Implant Material Evaluation Center? Experts with extensive experience in material analysis support evaluations of various medical devices, including implants, as well as investigations into causes of damage and defects.

• Contract measurement