森田テック Product Lineup

The innovative "Image Measurement Mode" eliminates the need for the traditional "contact and study" operation, allowing for quick execution from DUT setup to measurement completion with the scanner. The "Local Immunity Test" and "3D Measurement Function" provide new approaches to solving EMC issues. Additionally, the analysis software (viewer) is available for free download from the web. The overlay function for DUT images, CAD drawings, and noise maps is a standard feature. - "Image Measurement Mode": Capture board photos ⇒ Set measurement area on the image ⇒ Height measurement using laser ⇒ Set measurement steps ⇒ Execute measurement. - "Local Immunity Test": Visualizes the intrusion of electromagnetic fields from space using the electric/magnetic field irradiation probe of the MT-676E/H! Contributes to solving problems in challenging immunity scenarios. - "3D Measurement Function": Measures electric/magnetic fields in three dimensions while varying the height of the probe. This can be applied not only to emission countermeasures but also to visualizing antenna radiation. - Overlay function for DUT images, CAD drawings, and noise maps (patented technology) is standard in the analysis software. The software can be downloaded for free from the web, and there are no costs associated with subscriptions, making data and information sharing with partner companies and customers smooth.

Visualize various invisible physical quantities in 3D! Measure the XYZ coordinates of the sensors and probes using motion capture cameras (stereo cameras). We link the coordinates to the physical quantities for visualization. Patent obtained (No. 6223660) Available sensors and probes: - Radio waves: 10Hz to over 60GHz (depending on the sensor or probe) - EMI noise: magnetic field, electric field, 3-axis composite, 3-axis (XYZ) division - Ultrasound: 10Hz to 100kHz (200kHz) ⇒ Ideal for visualizing sonar ultrasound - Static magnetic field

The "WM7400" is an EMC noise scanner designed for spot (local) immunity testing. It combines a highly reliable robot, selected through years of research and development, with a high-definition video camera and a high-precision laser rangefinder to achieve high performance in a compact form. With our proprietary diverse magnetic and electric field probes, it enables wideband and high-resolution measurements tailored to various applications. 【Features】 ■ Patent No. 5574482 ■ Expandable to real EMC ■ EMI + EMS visualization ■ High performance and compact ■ Dedicated software provides clear visualization of noise and EMS sources *For more details, please refer to the PDF document or feel free to contact us.

Development of an option to add 3D measurement functionality to the WM7000 series 3D spatial measurement function (WM7000-3D) - 3D spatial measurement through the addition of measurement functionality in the Z-axis (height) direction - An option for the WM7000 series (separate software) X, Y, Z axis operation - "Pitch" can be set for each X, Y, and Z axis - Example settings: X: 5.0mm pitch, Y: 3.0mm pitch, Z: 1.0mm pitch Measurement of "radio waves" (antenna radiation) other than emission noise - A sensor capable of measuring 5G (28GHz band) at a pitch of less than 1mm is also under development - Measurement of magnetic field distribution for small non-contact charging (Qi), etc. Viewer (analysis software) three-plane display - XY plane (overlay of substrate photo and noise map) - Magnetic Flux display - Three-plane display of XY, XZ, and YZ planes Viewer (analysis software) will continue to be "provided free of charge" - License-free - Available for web download - Copy-free

MT-676 Series Local Electromagnetic Wave Irradiation Probe - Adopted by automotive electronics development companies and EMC consulting firms - Possible to obtain hints for solutions if immunity tests fail - Identification (estimation) of vulnerable components and circuits that lead to malfunctions - Using a spectrum analyzer with a tracking generator as a signal source - Capable of acquiring the frequency profile of electromagnetic wave intrusion from external sources all at once - Causes of malfunctions can be separated into electric fields/magnetic fields This product was originally developed for research purposes related to "cryptographic security side-channel attacks, fault attacks" and "anti-tamper technology against implementation attacks." It is widely adopted by universities and research institutions both domestically and internationally. (It is used to evaluate the "vulnerability" where cryptographic keys can be deciphered due to malfunctions caused by "electromagnetic wave irradiation," one type of fault attack.) ElectroMagnetic Analysis and Fault Injection (EM Injection) onto Secure Circuits

You can identify the location, radiation direction, and frequency components of EMC noise! Obtain essential frequency components for analysis! The WM9500 3D Electromagnetic Field Visualization System (hereinafter referred to as "the system") is a unique spatial electromagnetic field visualization system capable of 6-axis 3D measurement. It is designed to detect the XYZ position (up to 6 axes) in space using a handheld coordinate sensor and to measure the noise emitted from the object under test in three dimensions. Noise measurement can be easily performed using your own antennas or sensors. This system allows for arbitrary setting of measurement points in space, enabling a higher degree of freedom in noise measurement compared to conventional noise measurement systems. 【Features】 ■ Revolutionary Method High-precision 3D Measurement 6-axis 3D measurement (X, Y, Z, pitch, yaw, roll) Adopts stereo cameras Discover noise sources in 3D ■ User-Friendly Amazing operability Handheld operation allows for easy measurement in confined spaces ■ Combinable Completely flexible!! You can utilize your own magnetic field sensors (antennas) or spectrum analyzers *For more details, please download the catalog or contact us.

The WM9520 is a system that complies with CISPR25, capable of automatically measuring noise radiated from cables with high precision using magnetic field probes or electric field probes. It allows for easy visualization of frequency components and level strength through a mapping display function. The maximum measurable cable length is 2000mm, and the positioning accuracy of the probe is ±1mm in mechanical performance. Please feel free to contact us when you need assistance. 【Specifications (partial)】 ■ Measurement range: 2000mm ■ Measurement method: One-axis automatic control measurement in the length direction ■ Positioning accuracy: ±1mm (mechanical performance) ■ Maximum speed: 20mm/sec ■ Minimum scan step: 5mm ■ Dimensions: W2520mm x H168mm x D234mm (excluding protrusions) We will be exhibiting at "COMNEXT 2nd [Next Generation] Communication Technology & Solutions Exhibition" and "Techno Frontier 2024." Please check the basic information section below for details. We sincerely look forward to your visit. *For more information, please refer to the PDF document or feel free to contact us.

"WMZERO" is software that enables the visualization of electromagnetic waves with easy operation. By installing it on your computer and connecting it, you can easily measure, analyze, and visualize the distribution of electromagnetic waves. Identifying noise sources and analyzing frequency components becomes clear at a glance. 【Three Features of "WMZERO"】 ■ Reduce initial costs with your existing spectrum analyzer and probe ■ Start using it immediately with a software subscription ■ Easy operation for electromagnetic wave visualization *For more details, please refer to the PDF document or feel free to contact us.

If you have any questions regarding the introduction below, please feel free to contact us.

The WM9500 3D Space Electromagnetic Field Visualization System (hereinafter referred to as "the system") is designed to detect the XYZ position in space using a handheld coordinate sensor and to measure noise emitted from the object being measured in three dimensions. Noise measurement can be easily performed using your own antenna or sensor. This system allows for arbitrary setting of measurement points in space, enabling a higher degree of freedom in noise measurement compared to conventional noise measurement systems.

The "WM9500 narda" is a system that measures and visualizes electromagnetic waves emitted from objects in three dimensions. By detecting the spatial coordinates of the tester using motion capture cameras, it can display the magnetic field strength in three dimensions, color-coded, on a computer. Additionally, since it allows for relative evaluation against ICNIRP guidelines, it is effective for noise measurements aimed at human protection. 【Features】 ■ Short data measurement time for spatial coordinates ■ Capability to measure relative values and magnetic flux density against ICNIRP human protection lines ■ Adoption of motion capture cameras that achieve high measurement reproducibility ■ Not affected by the illumination of the measurement site or the color of the object *For more details, please download the catalog or contact us.

The "WM9500 Series" is a spatial electromagnetic field visualization system solution. By recognizing the posture and orientation of the probe through 6-axis 3D measurement using X, Y, Z, as well as θX (pitch), θY (yaw), and θZ (roll), it achieves high-precision EMC noise measurement. Furthermore, to be utilized in a wider range of business settings, the series has expanded its lineup to four products. It accommodates various customer measurement applications and site environments. 【Features】 ■ Patent No. 6223660 ■ Achieves 6-axis 3D spatial measurement ■ Provides stable and highly reliable measurements ■ Spectrum analyzers and antennas can be freely combined ■ Four products are available to support measurement distances and ranges (omnidirectional measurement), compactness and portability, human protection, and absolute value measurement. *For more details, please refer to the PDF materials or feel free to contact us.

"WMAMR" is a remote and unmanned spatial electromagnetic wave visualization device. Equipped with electric field and magnetic field sensors, a spectrum analyzer, or a real-time spectrum analyzer, the self-propelled measurement unit can automatically measure and visualize the distribution of electromagnetic waves in three dimensions. In addition to significantly improving measurement reproducibility, it can be applied to various radio wave measurements such as EMC, keyless entry, and ADAS. By using various sensors, it is also possible to visualize the distribution of sound, ultrasound, and radio waves. Furthermore, we will be exhibiting at Techno Frontier 2026, the 39th EMC and Noise Control Technology Exhibition. We look forward to your visit. [Measurement Items] ■ Keyless & UWB Communication Visualization ■ Wireless Evaluation (WiFi/BT) ■ V2X Propagation Characteristics Evaluation ■ Millimeter Wave Radar Visualization ■ Measurement of Electromagnetic Wave Uniformity in Anechoic Chambers *For more details, please download the PDF or feel free to contact us.