CellStar Nano Optical System
The Time-Delay Integration (TDI) patented imaging technology offers sensitivity that surpasses traditional flow cytometers
CellStar Nano system architecture
1. Standard 3 lasers are optional, and additional lasers can be customized
2. The detector utilizes a SPCM (Single Photon Counting Module) to achieve precise detection of weak optical signals. It can convert the detected photon signals into electronic analog signals for output. The detector comes with a semiconductor temperature control module, which precisely heats and cools the laser, reducing performance drift caused by temperature variations
3. The filter stack decomposes the four intervals on the intermediate image plane into different independent data channels one by one
4. All fluorescence channels are efficiently entered into a single-photon counter for detection and analysis
The sensor of the CellStar Nano system comprises multiple discrete collection areas.
CellStar Nano sensitivity
High-sensitivity fluorescence detection
The fluorescence sensitivity of the CellStar Nano single-particle nanobiological detector is evaluated using the industry-standard Spherotech 8-peak rainbow calibration microbeads. The data demonstrates the high fluorescence sensitivity of the CellStar Nano system:
• All 8 peaks on each detection channel are clearly distinguishable
• AF488 ≤10 MESF，PE ≤ 1 MESF
High-sensitivity submicron particle detection
The CellStarNano nanoflow cytometer is capable of clearly detecting and distinguishing particles as small as 30 nm.
The right image shows the collection results of Megamix-Plus microbeads.
Instrument parameter settings:
70mW SSC 10% FSC
200 mW 488 nm
low-speed sample injection
CellStar Nano HTS Autosampler
Draw-out HTS automatic sample feeder
Equipped with a temperature control device, it can refrigerate samples to maximize their biological activity;
Customize parameters such as collection time, mixing strength, management cleaning strength, and frequency;
Compatible with multiple standard flow tubes and orifice plates of various specifications such as 6/24/48/96/384;
The sample injection needle sensor automatically senses and triggers the striker;
High-throughput and high-speed sample loading: 96-well plates can be fully loaded in 25 minutes, while 384-well plates can be fully loaded in 85 minutes;
Reserved API interface; rich functions greatly enhance research efficiency.
Streaming tube injection
Customize high-throughput parameters
Draw-out HTS automatic sample feeder, equipped with temperature control device
Multiple-sample heatmap analysis
Multi-plate sampling
CellStar Nano multicolor immunophenotyping
The CellStar nanoparticle fluid detector enables researchers to obtain reliable multicolor fluorescence labeling analysis data, suitable for various applications.
Immunophenotyping analysis of 10-color fluorescently labeled samples
Dyeing scheme
Stain 50μL of PBMC sample with the following 10 fluorescent dyes (5μL each) for 20 minutes:
• CD19 BUV 496 (B-cell)
• CD14 BV 421 (monocyte)
• CD8 BV 510 (CD8 T-cells)
• CD15 BV 650 (granulocyte)
• CD62L FITC (initial and memory T cells)
• CD16 + CD56 PE (NK cells)
• CD3 PE-Cy5.5 (T-cell)
• CD4 PE-Cy7 (CD4 T cells)
• CD45RA APC (naive and memory T cells)
• CD45 APC-Cy7 (lymphocytes)
CellStar Instrument Configuration
Parameter Configuration
Our on-site application scientists can provide:
• Email or phone support
• On-site instrument training
• On-site application support
For more information about our comprehensive service and support agreements, please contact your local sales representative
Jiangsu Zhuowei Microbial Technology Co., Ltd
Address: Intersection of Liaohe Road and Xinqi Road, Xuejia Town, Xinbei District, Changzhou City
5th Floor, Technology Transfer Building, Genetic Resources Research and Development Center, Chinese Academy of Sciences
|
|
Jiangsu Jimbio Technology Co., Ltd.
E-Mail: info@jim-bio.com
Phone: 400-993-9893
ADD: 6th Floor, Block A2, No. 18, Changwu Middle Road, Wujin District, Changzhou, China
Follow us
Service
Jimbio Technology