Curiosis Inc. is a Seoul-based life science instrumentation company that integrates mechanical engineering, biophysics, and electrical engineering to advance laboratory automation for modern cell-based research. Its automated live cell imaging systems are engineered to maintain a stable, humidity-tolerant environment inside CO₂ incubators while delivering real-time monitoring, bright-field and fluorescence microscopy, and precise time-lapse imaging. These capabilities support multi-point image acquisition, Z‑stack multi‑focal imaging, and flexible objective lens options compatible with a variety of cell culture vessels, allowing researchers to capture consistent, high-quality images across different formats.
Curiosis strengthens cell-based research processes with systems designed for reproducibility, reduced manual handling, and stable performance throughout extended imaging sessions. By combining compact imaging hardware, optimized optical pathways, and automation-driven features, Curiosis helps laboratories visualize cellular dynamics, track confluence and morphology, and generate reliable datasets for stem cell studies, drug discovery programs, and advanced cell biology experiments.
MSE Supplies supports these workflows by offering dependable access to Curiosis imaging solutions, assisting with technical compatibility, procurement needs, and reliable lead times for laboratories requiring modern automated live cell imaging systems.
What Continuous Imaging Changes About How an Experiment Is Planned
Endpoint assays ask a question once. Continuous imaging asks it every few minutes for a week, which sounds like more of the same but is not. The design shifts from choosing a timepoint to choosing a sampling interval, and from a single comparison to a trajectory. Groups that adopt live cell imaging without revisiting the protocol tend to collect a large dataset that answers the original endpoint question and little else, because the experiment was still built around a moment rather than a process.
The Interval Is the Design Decision
Sampling interval sets which events are visible at all. A division that takes forty minutes is invisible at hourly capture, and a migration assay sampled too sparsely records displacement without trajectory. Interval also costs: more frequent capture means more light on the sample and more photostress, so the choice trades temporal resolution against the health of the culture being measured. Label-free imaging shifts that balance, because a system that resolves morphology without fluorescence can sample far more often without accumulating phototoxic dose, which is usually the limiting factor in multi-day acquisitions. A conventional biological microscope answers a different question at a different cost, and both have a place depending on whether the outcome is a state or a rate.
Environmental Stability Over Days Rather Than Minutes
An imaging run that lasts a week is an incubation experiment with a camera attached. Temperature, humidity and gas concentration have to hold for the full duration, because a drift on day four appears in the data as a biological change. That makes laboratory incubators and their stability specification part of the imaging setup rather than adjacent equipment. Media formulation carries the same weight, since cell culture supplies chosen for a two-day assay may not hold pH across a long acquisition.
Vessels That Serve Both the Biology and the Optics
A consumable optimised for growth is not automatically suitable for imaging. Base thickness determines which objectives can be used, and polymer autofluorescence sets the noise floor for fluorescent channels. Selecting bio lab consumables against both requirements avoids a late compromise, and NEST Scientific lab plasticware is worth assessing on optical specification rather than culture performance alone when the vessel will sit on a scope for days.
Continuous imaging rewards protocols rebuilt around it and punishes ones that were not. To compare imaging systems, incubation and the consumables that have to satisfy both, browse all brands.
What to know before you buy
Curiosis builds compact live cell imaging systems that sit inside a standard CO2 incubator, so cells can be imaged over time without leaving their growth conditions. This collection lists the Celloger imaging range and the Cellpuri cell enrichment system.
The Celloger line covers different scales. The Curiosis Celloger Mini Plus runs time-lapse bright-field and fluorescence imaging on common vessels, with vessel holders sold separately. The Celloger Nano is the smallest unit for simple monitoring. The Celloger PRO adds more automation and multi-point imaging. The Celloger Stack monitors multi-layer culture vessels used in scale-up.
Typical uses include confluence and growth tracking, wound healing and migration assays, transfection checks and stem cell culture monitoring. The Cellpuri system pairs a motorized vertical syringe pump with disposable cell enrichment chips to concentrate cells from a sample before culture or analysis. For background on incubator conditions, see what determines CO2 incubator stability.
Frequently Asked Questions
Which Curiosis Celloger system fits my lab?
For basic confluence checks on a few vessels, the Celloger Nano is the simplest option. The Celloger Mini Plus adds fluorescence and time-lapse for assays. For more automation and multi-point imaging, choose the Celloger PRO. If you grow cells in multi-layer flasks, the Celloger Stack monitors those vessels.
Does the imaging system need its own incubator?
No. Celloger systems are designed to run inside a standard CO2 incubator, so cells stay at temperature, humidity and CO2 throughout imaging. Check the incubator shelf space and cable entry before placing the unit, and allow time for the system to warm up with the incubator.
What vessels can I image on the Celloger Mini Plus?
The Mini Plus uses vessel holders to hold different culture formats in place. The Celloger Mini Plus vessel holders are listed separately, so pick the holders for the plates, dishes or flasks you use.
What is the Cellpuri system used for?
Cellpuri concentrates cells from a sample using disposable cell enrichment chips driven by the Cellpuri motorized vertical syringe pump. It suits preparing cell samples before culture, imaging or analysis. Chips are single use to avoid carryover between samples.
Can I order several Curiosis systems or a full setup?
Yes. Send the systems, holders and consumables you need through the quote request form and we will confirm a matching setup. For repeat orders of chips or several imaging units, use the bulk order request form.
