日本カンタム・デザイン List of Products and Services

We will provide a measurement system that has never existed before, based on the transfer of measurement technology and low-temperature technology cultivated over many years by the Electronics Research Division of the National Institute of Advanced Industrial Science and Technology.

The "MPMS3" inherits elements from the traditional SQUID magnetometer of Quantum Design, which has gained high ratings and trust from users, while providing higher performance in magnetic research by incorporating the high sensitivity and multiple measurement modes of the SQUID magnetometer. The "MPMS3" has made significant advancements in data acquisition, temperature control, and magnetic field control (sensitivity ≦ 10^-8 emu). It also has an award-winning design and is available with a user-friendly MultiVu interface that expands software functionality. It is an innovative next-generation product in SQUID magnetic measurements, offering the highest level of system performance by integrating all previously available MPMS measurement options. For more details, please download the catalog or contact us.

A small refrigeration unit that achieves a minimum temperature of 50K and a maximum applied magnetic field of 3T, known as the Physical Property Measurement System (PPMS). It is a refrigerant-free type, requires no cooling water, weighs approximately 90 kg, and operates on a single-phase 200V power supply.

Even if it is directly screwed onto the vibration isolation table, the vibrations to the sample and the equipment on the isolation table are very small, below 5 nm. It is equipped with a laptop, software, temperature controller, diaphragm pump, cryopump, GM refrigerator, and air-cooled compressor, allowing for automatic temperature control and vacuum pumping of the sample chamber.

A system for automatically measuring a wide range of physical properties in low temperature and high magnetic field regions. It can measure DC and AC magnetic susceptibility, specific heat, electrical resistance, thermal conductivity, and more.

The "Cryogen-Free FT-NMR" from Japan Quantum Design is a permanent magnet type NMR operating at 60MHz/90MHz that does not require the costly operational expenses of liquid helium and liquid nitrogen. The 60MHz model is a cryogen-free NMR that can be maintained without the need for filling liquid helium and liquid nitrogen, making it suitable for everyday analyses, including educational purposes, food quality control, and synthetic chemicals. The 90MHz model is the highest field upper model among cryogen-free magnets, providing the maximum sensitivity and resolution of the same model. 【Features】 - No need for costly operational expenses of liquid helium and liquid nitrogen - Compatible with a wide range of nuclei from 31P to 29Si - Optimized for a wide homogeneous magnetic field and stability - Suitable for both everyday analyses and advanced analyses *For more details, please refer to the PDF materials or feel free to contact us.

The "Auto Correlator / Cross Correlator" from Japan Quantum Design is a digital correlator designed for pulse input photon detection in various experimental methods. This product features one of the highest measurement ranges among commercially available devices, equipped with multi-tau correlation and linear digital correlation algorithms. For signals that do not require the fastest channels, it is possible to select the fastest lag time of the average multi-tau correlation function via software to reduce statistical signal noise. 【Features】 ■ Designed for pulse input photon detection ■ High flexibility, robustness, and reliability ■ Suitable for particle size evaluation of dynamics across a wide range of time scales ■ High cost performance *For more details, please refer to the PDF document or feel free to contact us.

The "LS Spectrometer" from Japan Quantum Design is a sophisticated particle characterization device based on SLS and DLS. To eliminate the contribution of multiple scattering to the data, it employs innovative 3D cross-correlation technology, which means there is no need to dilute the sample. It allows for the measurement of particle size, shape and structure factors, molecular weight, rotational and translational diffusion coefficients while maintaining the sample in its original state. 【Features】 ■ Particle characterization device based on SLS and DLS ■ No need to dilute the sample ■ Measurement possible in the sample's original state ■ Effective in reducing the effects of multiple scattering *For more details, please refer to the PDF document or feel free to contact us.

"VAHEAT" is a high-precision temperature control unit for optical microscopes. It combines the ability to locally heat the observation area and directly detect the temperature of the sample, allowing for rapid and accurate temperature adjustments at heating rates of up to 100℃/s. Additionally, users can freely set temperature protocols, enabling the observation of cellular biology under precise temperature control. [Features] ■ High-speed and accurate temperature control ■ Extremely compact system design ■ No excessive heating of optical components ■ Quick and easy installation ■ No need for thermal calibration or characterization *For more details, please download the PDF or feel free to contact us.