XIDAS Japan Product Lineup

Dielectrophoresis (DEP) is a method that utilizes a high-intensity alternating electric field gradient to sort small particles, such as cells, based on their dielectric properties. Cells that exhibit a specific polarity are attracted to (or repelled by) the electric field gradient. As these cells flow through the stream, they deviate from the main flow, allowing them to be removed or collected for future use. XIDAS manufactures highly robust and efficient DEP flow cell products (patent pending) that enable the easy introduction of heterogeneous cell populations and allow for their sorting as they flow through the flow cell. XIDAS's DEP devices use three-dimensional floating electrodes to generate the maximum electric field gradient at the center of the flow stream. Additionally, the design of the flow cell can ensure that cells are maximally exposed to the electric field. A common application of DEP sorting is to eliminate dead cells and concentrate viable cell samples.

• Analytical Equipment and Devices

This product features a microarray of small containers arranged in an orderly manner. It is used for conducting experiments in laboratories and similar settings at a micro level, processing a large number of interactions simultaneously. It is utilized in experiments at the microbial and cellular level, along with nucleic acids, peptides, and antibodies. When using DNA fragments, it is referred to as a DNA microarray and can be utilized as such. The cell microarray plate is uniquely designed with reservoirs arranged in an array to hold and proliferate both non-adherent cells (in suspension) and adherent cells (attached to the growth surface). These containers are called reservoirs, and they are implemented in a high density with a large number. XIDAS manufactures various cell microarray plates with new features to accommodate a variety of applications. The specifications listed below represent a general configuration, but sizes, shapes, and characteristics can be customized according to customer requests.

• Analytical Equipment and Devices

Energy Harvesting Educational/Development Kit Feasibility Assessment of Energy Harvesting for Electronic Devices Feasibility assessment kit to start evaluation and utilization World's first!! Specifically developed for weak power generation from heat, temperature, temperature differences, vibrations, light, RF, etc. Applications: Development and evaluation of new devices Feasibility assessment of existing devices Evaluation of power supply environment stability Vibration, brightness, radio waves, etc. Consideration of new methods (devices, power supply, energy storage)

• Other power sources

Sensor lifespan of up to 20 years*. Power generation of up to 10mW with vibrations below 1G. Compact size (diameter 54mm × height 42mm). Power handling compatible with all wireless technologies: - Low current devices (BLE, ZigBee, LoRa, Sigfox, NB-IoT) - High current operation (WiFi, mobile phones) Plug and play: - Easy integration with existing equipment outputs - No conditioning circuit required - Durable and waterproof IP67 enclosure - Operating temperature range: -20 to +85℃

• Other power sources
• Other energy equipment