Celloger® Nano – Smart Laboratory Microscope for Real-Time Cell Imaging and Monitoring
The Celloger® Nano is a next-generation lab microscope designed to simplify and accelerate live cell imaging in modern laboratory environments. Its compact and portable design allows for easy setup in any workspace, making quick cell checks more accessible than ever.
With wireless connectivity and tablet compatibility, users can seamlessly control the device and transfer data from anywhere in the lab. The microscope supports a wide range of cell culture vessels, including flasks, dishes, slides, and well plates—offering unmatched flexibility for various research needs.
Equipped with a user-friendly interface, it enables real-time preview recording and features highly accurate XYZ stage control. You can also perform real-time cell monitoring inside incubators, eliminating the need to remove samples and reducing contamination risks.
Compact Design That Fits Seamlessly Inside Standard CO₂ Incubators
The Celloger® Nano is an ultra-compact lab microscope, designed with space efficiency in mind—its footprint is nearly half the size of an A4 sheet. This small form factor allows multiple units to be conveniently placed inside a standard CO₂ incubator, making it ideal for high-throughput or parallel experiments in confined lab spaces.
Operating in the high-heat, high-humidity conditions of an incubator is a challenge for many devices, but Celloger® Nano is built to perform. It features an integrated cooling fan system that helps prevent moisture buildup, reduces the risk of internal condensation, and supports stable performance with minimal maintenance—even in demanding environments.
Enhance your research with the Time-Lapse Video Maker, allowing one-click creation of high-quality time-lapse videos for dynamic cell analysis.
Celloger® Nano – Wireless Benchtop Digital Microscope for Live Cell Imaging and Real-Time Monitoring
The Celloger® Nano is a powerful benchtop digital microscope designed for seamless real-time cell monitoring and live cell imaging. With its built-in wireless connectivity, researchers and lab technicians can remotely observe cell cultures from anywhere within the laboratory—boosting convenience, efficiency, and productivity.
This compact and user-friendly digital microscope includes all essential functions needed for fast and accurate cell condition assessment, making it ideal for cell-based research, routine cell culture checks, and time-lapse imaging.
Whether you’re working in biomedical research, cell biology, or pharmaceutical development, the Celloger® Nano empowers your workflow with high-resolution imaging and wireless control.
Upgrade your lab with the Celloger® Nano and experience the future of digital cell imaging.
2X (2.53 × 1.90 mm)
4X (1.19 x 0.90 mm)
10X (0.57 x 0.43 mm)
Camera
1.25MP CMOS
Focus
Manual / Autofocusing
Imaging Positions
Single
File Export Format
TIFF, AVI (JPEG, PNG)
Culture Vessels
Flask, dish, well plate, slide
Ordering Information:
Catalog No.
Description
CRCLG-NB02
Celloger® Nano, Live cell imaging system (Bright Field, 2X)
CRCLG-NB04
Celloger® Nano, Live cell imaging system (Bright Field, 4X)
CRCLG-NB10
Celloger® Nano, Live cell imaging system (Bright Field, 10X)
CRCLG-NBG04
Celloger® Nano, Live cell imaging system (Bright Field + Green Fluorescence, 4X)
CRCLG-NBG10
Celloger® Nano, Live cell imaging system (Bright Field + Green Fluorescence, 10X)
CRCLG-NBR04
Celloger® Nano, Live cell imaging system (Bright Field + Red Fluorescence, 4X)
CRCLG-NBR10
Celloger® Nano, Live cell imaging system (Bright Field + Red Fluorescence, 10X)
CRCLG-NTS
Celloger® Nano tablet set (PoE, Tablet, SW)
Celloger® Nano – Application Highlights in Live Cell Imaging
Apoptosis Detection in HeLa Cells
Using fluorescence imaging, Celloger® Nano enables precise detection of apoptosis by tracking activated caspase activity in HeLa cells treated with staurosporine. This real-time analysis provides critical insights into cell death mechanisms using live-cell fluorescence microscopy.
Real-Time Cell Morphology Observation
Track changes in HeLa cell morphology every 5 minutes over 66 hours using time-lapse imaging. Celloger® Nano offers high-resolution, continuous monitoring ideal for studying dynamic cellular behaviors and morphological alterations.
Cell Proliferation Monitoring
Monitor cell proliferation of NIH 3T3 fibroblasts for 56 hours inside a CO₂ incubator with Celloger® Nano. Its compact design and incubator compatibility make it perfect for long-term, real-time proliferation studies under controlled conditions.
Cytotoxicity Assay with Fluorescent Staining
Quantify cytotoxic effects by staining dead cells with green and red fluorescent dyes. Celloger® Nano supports multi-channel fluorescence microscopy to assess cell viability and drug-induced toxicity in live cultures.
Transfection Efficiency Observation
Visualize the expression of EGFP in cells transfected with the pCMV-GFP plasmid. With precise fluorescence detection, Celloger® Nano is ideal for evaluating transfection efficiency in real time without removing samples from the incubator.
Wound Healing (Scratch) Assay
Perform a full wound healing assay by capturing images of HeLa cells every hour over a 60-hour period post-scratch. Celloger® Nano provides consistent, time-lapse monitoring to study cell migration and tissue regeneration.
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