森田テック List of Products and Services

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

• Other physicochemical equipment

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

• Other physicochemical equipment

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

• Other physicochemical equipment

This is a plunger jig handled by Morita Tech. We also offer a wide range of other electromagnetic wave measurement-related products.

• Other work tools

This is a testing jig for BT and WLAN modules handled by Morita Tech. We also offer a wide range of other electromagnetic wave measurement-related products.

• Other work tools

This is a mobile device circuit board inspection jig handled by Morita Tech. We also offer a wide range of other electromagnetic wave measurement-related products.

• Other work tools

This is an antenna coupler fixture handled by Morita Tech. We also offer a wide range of other electromagnetic wave measurement-related products.

• Other work tools

This is a slide-type shield box embedded fixture handled by Morita Tech. We also offer a wide range of other electromagnetic wave measurement-related products.

• Other work tools

This is a shielded box embedded needle fixture handled by Morita Tech. We offer a wide range of other electromagnetic wave measurement-related products.

• Other work tools

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

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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

• 3D measuring device

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.

• 3D measuring device

You can identify the location, radiation direction, and frequency components of EMC noise! Acquire essential frequency components for analysis! The WM9500 3D electromagnetic field visualization system (hereinafter referred to as "the system") is designed to detect XYZ positions in space using a handheld coordinate sensor and to measure noise radiated 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 Adopts stereo cameras Discover noise sources in three dimensions ■ User-Friendly Amazing operability Measurements with handheld operation Achieve comfortable measurements even in confined spaces ■ Combinability Completely flexible!! You can reuse your existing magnetic field sensors (antennas) and spectrum analyzers *For more details, please download the catalog or feel free to contact us.

• 3D measuring device

You can identify the location, radiation direction, and frequency components of EMC noise! Essential frequency components for analysis can also be obtained! The WM9500 3D Electromagnetic Field Visualization System (hereinafter referred to as "the system") is designed to record the spatial XYZ coordinates of a handheld magnetic field sensor using an infrared 3D camera, with the aim of measuring 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 the 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 Adopts stereo cameras Discover noise sources in three dimensions ■ User-Friendly Amazing operability Measurements can be easily performed in tight spaces with handheld operation ■ Combinability Completely flexible!! You can reuse your existing magnetic field sensors (antennas) and spectrum analyzers *For more details, please download the catalog or feel free to contact us.

• 3D measuring device

The "WM9500" is a noise measurement device that detects spatial coordinates (XYZ) using an infrared sensor and can measure electromagnetic waves emitted from objects in three dimensions. It integrates a measurement imaging camera and a position detection camera to acquire data on the source of EMC noise, radiation direction, frequency components, and more. Since it recognizes using infrared, it can prevent the influence on measurement results that may occur due to environmental factors, illumination, or the color of the object, allowing measurements to be taken in any location. 【Features】 ■ Measurement possible using your own antennas and sensors ■ Noise measurement possible with the unit alone or as a finished product ■ No issues measuring in confined or dark spaces *For more details, please download the catalog or feel free to contact us.

• 3D measuring device

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.

• 3D measuring device

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.

• 3D measuring device

Morita Tech offers a variety of "RF solutions." We custom design and manufacture high-frequency switch boxes, high-frequency filters, and more. If you would like a detailed explanation of our products, please feel free to contact us at any time. 【Features】 ■ Providing essential high-frequency measurement solutions for module testing and finished product manufacturing lines ■ Custom design and manufacturing of high-frequency switch boxes, high-frequency filters, and more *For more details, please refer to the PDF materials or feel free to contact us. 5G FR1 FR2 28GHz band 39GHz band, Sub6GHz Wi-Fi 6 Wi-Fi 6E

• Other electronic measuring instruments

Morita Tech's "Shield Box" is designed and manufactured to meet all customer requirements in terms of size, shape, interface, and more, starting from just one unit. Additionally, we offer unique products with added features such as hand-in types and temperature control functions. 【Product Lineup (Catalog Listed Products)】 ■ Jig-in Shield Box ■ Antenna Embedded Shield Box - Shield Box for Finished Product Inspection - Small Radio Dark Box for Finished Product Inspection ■ Hand-in Shield Box - For One-Hand Insertion - For Two-Hand Insertion ■ Millimeter Wave Radio Dark Box Supported Frequency: 800MHz-100GHz ~ Shielding Characteristics ~ 6GHz: Over 60dB / 24GHz Band: Approximately 50dB / 100GHz Band: Approximately 50dB *For more details, please refer to the PDF document or feel free to contact us.

• Contract manufacturing

Morita Tech offers a lineup of high-performance "Functional Shield Boxes" with shielding characteristics of over 90dB. As new products, we have prepared the "High-Performance Radio Wave Dark Box" and the "Hand-In Shield Box." 【NEW Lineup】 ■ High-Performance Radio Wave Dark Box ■ Hand-In Shield Box *For more details, please refer to the PDF materials or feel free to contact us.

• others

The "Low PIM Cable and Adapter" is a variety of cables and adapters designed to reduce intermodulation distortion (Passive IMD) that occurs when used for testing mobile phone base stations and devices. 【Features】 ■ Achieves IM3 characteristics of -120dBm or lower at 20W with 2 channels ■ Offers a lineup of low PIM semi-rigid cables and adapters ■ Structure that minimizes fluctuations in IM3 levels due to connector tightening ■ Widely adopted in high-power base station testing equipment *For more details, please refer to the PDF materials or feel free to contact us.

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