IdealPhotonics' inverted microscope is a high-end microscopic imaging system featuring an inverted optical path design. Its unique structure, with objectives positioned below the sample (working distance up to 30mm), makes it specifically designed for culture dishes, live cell observation, and large-volume samples (such as organoids). Its innovative "intelligent focusing stabilization system" and modular optical components support phase contrast/fluorescence/DIC multimodal imaging, making it a benchmark device for cell biology, drug screening, and IVF research.Features include an ultra-long working distance (7-30mm adjustable), high numerical aperture objectives (NA 0.3-1.4), multispectral fluorescence channels (6-band excitation), and an intelligent temperature-controlled stage (±0.1℃ stability). Its innovative "Hybrid Focus" technology suppresses axial drift to <50nm/24h, redefining the performance benchmark for high-end inverted microscopes in live cell dynamic tracking (time-lapse imaging >72h), thick sample 3D reconstruction (Z-axis resolution 0.5μm), and high-throughput drug screening (384-well plate fully automated scanning).