フィジオマキナ List of Products and Services

"Tomolite v2.0" is a 3D bioprinter that utilizes non-contact tomographic lighting technology to shape delicate cells and biological materials into biological systems without compromising their viability. By using light beams irradiated from multiple angles, photosensitive ink is rapidly solidified in three dimensions. Since the entire structure is irradiated simultaneously, it is possible to create centimeter-scale biological systems in just a few tens of seconds. [Features] - Rapid three-dimensional solidification of photosensitive ink - Ability to create centimeter-scale biological systems in just a few tens of seconds *For more details, please refer to the related links or feel free to contact us.

We would like to introduce the TissUse products that we handle. It is possible to place up to five organs on a single chip, allowing for the evaluation of inter-organ interactions as well as absorption, metabolism, and distribution. Please feel free to contact us when you need assistance. 【Product Lineup】 ■ HUMIMIC Chip2 96-well ■ HUMIMIC Chip2 24-well ■ HUMIMIC Chip3 ■ HUMIMIC Chip3plus ■ HUMIMIC Chip4 *For more details, please refer to the related links or feel free to contact us.

The Q-Phase by Telight is a quantitative phase imaging (QPI) microscope that employs patented Coherence Controlled Holographic (CCHD) technology. It measures and visualizes the dry mass and morphological changes of cells in real-time while minimizing phototoxicity and allowing for label-free imaging. This platform innovates long-term live cell analysis across pharmaceutical research, regenerative medicine, and mechanobiology. Typical applications include: - Drug discovery screening: Rapid assessment of cell proliferation inhibition and cytotoxicity based on dry mass changes after compound treatment. - Cancer research: Analysis of migration and invasion, as well as tracking EMT dynamics. - Immune cell analysis: Non-invasive monitoring of cell-cell interactions in co-culture systems. - Regenerative medicine / stem cells: Quantitative evaluation of morphological and mass shifts during differentiation induction. - Mechanobiology: High-contrast observation of 3D cultured cells within Matrigel or collagen matrices.