ディー・エム・ティー Product Lineup

The MAD-310RAS is equipped with a memory function for X, Y, and Z axis coordinates, pursuing reproducibility so that anyone can obtain the same measurement values at any time. It can also use our proprietary ultra-fine probe F-075 (width 0.6mm × thickness 0.28mm), which excels in proximity measurement of magnetic flux. ● Easy positioning of the slider using a jog dial 0.01mm/0.05mm/0.1mm step ● Memory function for X, Y, Z coordinates, capable of programmed measurements ● Point auto function ● Frequency analysis function (patented) ● Skew angle measurement capability (patented) ● Maximum rotational angle resolution of 43,200p/rev ● Automatic movement up to 200mm, with a maximum resolution of 0.01mm ● 2D editing function (two-dimensional) ● Data transfer to spreadsheet software ● ASCII output calculation ● Vector measurement and analysis (optional) ● The ultra-fine probe F-075 (width 0.6mm × thickness 0.28mm) can be used.

• Other measurement, recording and measuring instruments

Over 1,000 units shipped annually! In recent years, as the motor industry has progressed towards miniaturization, high performance, and energy saving, there has been a demand for the reduction of cogging torque, noise (vibration), and loss current. At our company, we leverage our experience in motor design to consider daily whether we can satisfy our customers' required "motor characteristics" through "magnetizing yokes," and we design and manufacture accordingly. We have received many inquiries from customers regarding magnetizing yokes, contributing to the reduction of cogging torque and noise. Commitment to improving technical capabilities and precision We contribute to the reduction of cogging torque and noise. [Commitment to precision pursuit and quality control] By processing in-house, we can quickly and easily carry out the core processing necessary for magnetization experiments, enabling "improvement of magnetization technology" and "accumulation of know-how." Additionally, the detailed dimensions after processing are measured and managed using state-of-the-art image measuring instruments, pursuing stable quality. [Regarding shipments] Our company conducts current tests using the [Impulse Meter IPM-501], which can measure magnetizing current every 4 microseconds.

• Other machine elements

The Tesla Meter TM-4702 can measure magnetic flux density (DC) and magnetic flux density (AC) of magnets and transformers with high precision in the range of 0.01mT to 4.0T. You can use the world's smallest class probe, F-075. This magnetic sensor probe is suitable for magnetic measurements in narrow gaps that were previously difficult to clear, as well as for measuring the inner circumference magnetic flux of small-diameter magnets. Features: - Peak hold function - Comparator function - Auto-zero function - Minimum resolution of 0.01mT (0.1G) - Accuracy ±0.4% / full scale of measurement range - High precision and low noise (dynamic range of 90dB) - Frequency characteristics DC to 5kHz - Standard RS-232C equipped (USB compatible)

• Other measurement, recording and measuring instruments

Simultaneously measure the magnetic flux density in three axes (X, Y, Z) and display and analyze the magnitude and direction of the three-dimensional vector magnetic field. ● Tesla meter/Gauss meter capable of measuring magnetic flux in three axes X, Y, Z ● Angle display function for vector magnetic flux ● Peak hold function ● Auto zero function ● Minimum resolution of 0.01 mT (0.1 G) ● Standard RS-232C equipped (also compatible with USB) ● Dedicated probe [World's smallest class] 3DP-1315 (Width 1.3mm × Thickness 1.5mm × Length 35mm)

• Other measurement, recording and measuring instruments

Using a high-precision integration circuit to minimize drift to the limit. ● Measurement ranges: 1 mWb, 10 mWb, 100 mWb, 1000 mWb ● Wb, max. Turns unit switching function ● Minimum resolution: 1 μWb ● Built-in comparator ● Multifunctional peak hold (P.P, ABS, N, S) ● Ultra-stable drift ● Auto-zero function ● External control available (RS-232C standard equipped)

• Other measurement, recording and measuring instruments