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NanoEnTek

78 cited products 500 protocol citations
NanoEnTek is a leading provider of cutting-edge research equipment, consumables, and software solutions.
Their product portfolio includes a wide range of specialized instruments, reagents, and computational tools designed to enhance workflows across various scientific disciplines.
NanoEnTek's innovative products are transforming research in fields such as nanotechnology, materials science, life sciences, and analytical chemistry.
Their advanced instruments facilitate high-precision characterization, synthesis, and analysis, enabling researchers to obtain deeper insights and drive scientific progress.
The company's comprehensive selection of consumables, including specialized microfluidic chips, sensors, and sample preparation kits, ensures seamless integration with their instrumentation and supports researchers in generating reliable, reproducible data.
NanoEnTek's software solutions further complement their hardware offerings, providing intuitive data analysis, visualization, and workflow management capabilities.
These tools empower researchers to streamline their processes, accelerate discoveries, and maximize the impact of their work.
By continuously innovating and collaborating with the scientific community, NanoEnTek remains at the forefront of research technology, delivering cutting-edge solutions that transform workflows and advance knowledge across diverse fields of study.

78 products from NanoEnTek

Cited in 56 protocols
Sourced in United States, Japan
The JuLI Stage is a compact, automated live-cell imaging system designed for high-quality time-lapse imaging. It provides a controlled environment for cells and tissues, maintaining temperature, humidity, and CO2 levels. The system captures images at user-defined intervals, enabling long-term observation of dynamic cellular processes.
Sourced in Cameroon, United States
The EVE automated cell counter is a compact, high-precision instrument designed for the accurate enumeration of cells. It utilizes advanced image processing algorithms to provide reliable cell counts, ensuring consistent and reproducible results.
Sourced in United States
The EVE automatic cell counter is a compact and efficient device designed for cell counting purposes. It utilizes advanced optical technology to accurately determine the number of cells in a sample. The core function of the EVE cell counter is to provide reliable and automated cell counting capabilities.
Sourced in Japan, Cameroon, United States
The JuLI Stage Real-Time Cell History Recorder is a lab equipment designed for automated cell imaging and analysis. It provides real-time recording and monitoring of cell growth and behavior over time.
Cited in 30 protocols
Sourced in United States
The JuLIā„¢ Br is a live-cell imaging system designed for continuous monitoring and analysis of cell cultures. It provides real-time visualization and quantification of cellular activities.
Cited in 16 protocols
Sourced in United States
The C-Chip is a microfluidic device designed for cell culture and analysis applications. It provides a controlled environment for the cultivation and observation of cells. The C-Chip features microfluidic channels, cell culture chambers, and integrated sensors to facilitate cell-based experiments and assays.
Sourced in United States
The ADAM-MC automatic cell counter is a laboratory instrument designed to count and analyze cells. It utilizes a fluorescence-based detection method to provide accurate and precise cell counts. The core function of the ADAM-MC is to determine the concentration and viability of cell samples.
Cited in 12 protocols
The ADAM-MC is a compact and versatile flow cytometer designed for cell analysis. It utilizes multi-channel detection to measure various parameters of individual cells, including size, granularity, and fluorescence. The ADAM-MC is a reliable and efficient tool for researchers and scientists in life science applications.
Sourced in United States
The EVETM Automatic Cell Counter is a laboratory instrument designed to accurately count and analyze cells. It utilizes advanced optical and imaging technologies to provide reliable and consistent cell counts. The device is intended for use in various research and analytical applications that require precise cell enumeration.
Cited in 10 protocols
Sourced in United States
The Automatic Cell Counter is a device designed to accurately count and analyze cells in a given sample. It utilizes advanced imaging technology to capture and process cell data, providing precise cell counts and other relevant metrics.

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