Ridet

Web site:

https://www.ridettech.com

Products:

Flea-n Cell Imaging System: An ultra-compact, 13.7 kg benchtop microscope featuring a 10.1-inch integrated touchscreen, an electrically driven 5-position objective turret, and a motorized Z-axis with fast autofocus. It supports up to 2 simultaneous custom fluorescence channels and includes a built-in, 1-second cell confluency calculator as a standard utility tool.
ZERO Series Fluorescence Cell Imaging System: An all-in-one, eyepiece-free routine research imaging platform equipped with a 15.6-inch tiltable 4K LCD screen and a 6-position manual objective turret supporting magnifications from 2× to 100×. Available in ZERO-Lite, ZERO, and ZERO-Pro configurations, it supports up to 4 manual or motorized fluorescence channels.
X-Ultra Fully Automated Fluorescence Imaging System: A high-throughput, full-process automation platform designed for large-scale experiments and multi-well plate scanning. It features a large motorized XY stage (178×138 mm travel range) that holds two 6-384 well microplates or up to 8 slides simultaneously, a 5-position motorized objective turret, and a high-speed camera setup reaching capture frame rates over 70 FPS.
Hardware Accessories & Light Modules:

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LiveCore Series Incubator: An external stage-top environmental chamber for the X-Ultra line providing precise temperature control (±0.1∘C accuracy), humidity regulation, and adjustable CO2/O2 concentrations for long-term live-cell monitoring.
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Solid-State LED Fluorescence Modules: High-intensity, long-life (>50,000 hours) modular excitation cubes (DAPI, GFP, RFP, Texas Red, Cy5, CFP, YFP) that deliver stable, instant-on illumination output with zero warm-up time.
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Interchangeable Stage Inserts: A diverse family of 10+ target adapters configured across all microscope models to tightly secure standard slides, counting chambers, Petri dishes (35 mm to 100 mm), and culture flasks (T−25 to T−175).

Why Ridet?

High-Throughput Motorized Stage Processing: The flagship X-Ultra replaces manual single-plate sample replacement with a fully motorized dual-plate workflow. This system achieves automated whole-well single-shot imaging on 96-well plates using a 2× objective and 384-well plates via a 4× objective, increasing large-scale compound or cell-line screening efficiency by 50%.
Integrated Hardware Camera Architecture: All Ridet microscopes include built-in cameras, eliminating the need for external camera attachments. The compact Flea-n series is available with either a dedicated monochrome or color sensor option based on lab needs, while the ZERO and X-Ultra systems are equipped with dual-camera pathways. This dual setup deploys a high-sensitivity monochrome sensor optimized for weak fluorescence signal detection with a high signal-to-noise ratio alongside a high-resolution color sensor for true-to-life brightfield histopathology imaging.
Complete Eyepiece-Free Biosafety: By shifting traditional eyepiece optical paths to high-definition digital monitors and touchscreens, the Flea-n and ZERO systems can be operated entirely inside sterile biosafety cabinets. This lets researchers handle focal shifting and image acquisition without breaking the sterile barrier, minimizing user exposure and sample cross-contamination risks.
One-Click Shooting Conditions Recall: To ensure strict experimental reproducibility and eliminate batch-to-batch or operator-driven variations, Ridet microscopes support saving configuration protocols. Key parameters—including automated stage coordinates (X/Y/Z), exposure timelines, light source intensity, gain, and objectives—can be fully restored with a single click.
Advanced Multi-Focus 2D Fusion & Shading Correction: Built-in hardware processing features clean background blur and shading traces. Motorized Z-stacks process up to 200 layers for 2D multi-focus depth fusion, rendering crystal-clear visuals of thick, semi-transparent samples like organoids, tumor spheroids, and tissue structures.
Integrated Analysis Tools: Embedded analytical software handles automated image segmentation and quantitative evaluation directly at the workstation, running AI-assisted routines for cell counting, transfection rate statistics, wound-healing scratch assays, and multi-channel overlay colocalization analysis.

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