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PRECI SCS
Single-Cell Sorter

Our instrument employs a cutting-edge, visual-guided high-precision single-cell sorting technology. It offers innovative research strategies for functional microbe screening, uncultured microorganisms studies, synthetic biology, rare-cell enrichment, and algal research, offering a reliable single-cell solution for researchers across diverse disciplines.

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Advantages

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    Single-Cell Detection and Separation– What You See Is What You Get

    Our instrument integrates multiple visual detection approaches to enable the identification and separation of rare single microbial cells .

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    Single-Cell Detection and Separation– What You See Is What You Get
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    Ultra-High-Precision Sorting with a Single-Cell Isolation Success Rate of Over 99%

    Laser-induced forward transfer (LIFT) technology ensures high sorting accuracy and single-cell yield. It prevents contamination from non-target cells, thereby ensuring the purity of the collected samples.

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    Ultra-High-Precision Sorting with a Single-Cell Isolation Success Rate of Over 99%
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    Ultra-High-Viability Sorting with a Post-Sorting Culture Success Rate of Over 95%

    Utilizes a sorting and culture microarray chip - HoneyArray - to achieve a single-cell sorting and culture success rate exceeding 95% for model organisms such as E. coli, Bacillus, and Saccharomyces cerevisiae.

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    Ultra-High-Viability Sorting with a Post-Sorting Culture Success Rate of Over 95%
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    Highly Automated Workflow, Easy to Learn and Use

    Our system integrates a variety of advanced functions, including autofocus, continuous multi-field image acquisition, automactic image tiling and stitching, intelligent visual-guided single-cell identification, one-click automatic single-cell localization and sorting, and fully automated cell retrieval. It significantly reduces experimental workload and greatly enhance research efficiency.

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    Highly Automated Workflow, Easy to Learn and Use
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    Effective Sorting Solutions for Complex Biological Samples

    Our system enables the sorting of cells with diverse sizes and morphologies within a single experiment. It requires ultra-low sample amount, for just 0.5 µL. This solution is not affected by impurity interference, making it suitable for samples from various complex environments, including soil, water, sediment, gut, feces, and sputum.

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    Effective Sorting Solutions for Complex Biological Samples
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    Multiple Models with Excellent Expansion Capability

    The PRECI SCS instrument series includes various models, such as the PRECI SCS Visual-guided Single-Cell Sorter, PRECI SCS-F Fluorescence-guided Single-Cell Sorter, and PRECI SCS-R300 Raman-guided Single-Cell Sorter. It can be installed in biosafety cabinets and anaerobic chambers to meet the needs of different applications.

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    Multiple Models with Excellent Expansion Capability

Working Principle

Laser-induced forward transfer (LIFT) is a technique that uses a pulsed laser beam as the driving force to project cells from a chip with donor thin film toward the receiving collector. The contact-free sorting process enables precise and visual-guided single-cell isolation.

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Applications

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    Microbiology

    Addressing the research challenge of uncultured microorganisms through a multidimensional and multiscale research platform.

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    Microecological Medicines

    Efficient colony de-replication screening and rapid identification of functional bacteria accelerate advancements in microecological medicine.

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    Medical Research

    Phenotypic detection combined with single-cell analysis enhances detection speed and accuracy, driving advancements in medical research.

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    Microbiology

    Addressing the research challenge of uncultured microorganisms through a multidimensional and multiscale research platform.

  • 解决方案-材料学.jpg
    Microecological Medicines

    Efficient colony de-replication screening and rapid identification of functional bacteria accelerate advancements in microecological medicine.

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    Medical Research

    Phenotypic detection combined with single-cell analysis enhances detection speed and accuracy, driving advancements in medical research.

Publications

Model Comparison

  • Functional Parameter

  • Applicable Sample Types

  • Sortable Cell Types

  • Sortable Cell Size

  • Single-cell Yield

  • Single-cell Viability Rate

  • Minimum Loading Concentration

  • Morphological Identification

  • Microscope

  • Morphology Detection

  • Fluorescence Recognition

  • Fluorescence Channel

  • Fluorescent Detection

  • Raman Spectral iIdentification

  • Confocal Raman Spectrometer

  • Data Analysis

    • -

    • Samples such as soil, marine, sediment, feces, pure cultures, etc.

    • Bacteria, fungi, microalgae, mammalian cells, protoplasts, etc

    • 0.5-20 μm

    • >99%

    • >95%

    • 104 CFU/mL

    • -

    • Bright field microscope

    • Wide-field image stitching, autofocus, single-cell intelligent image recognition, morphological analysis, etc.

    • -

    • -

    • -

    • -

    • -

    • -

    • Samples such as soil, marine, sediment, feces, pure cultures, etc.

    • Bacteria, fungi, microalgae, mammalian cells, protoplasts, etc

    • 0.5-20 μm

    • >99%

    • >95%

    • 104 CFU/mL

    • -

    • Bright field microscope

    • Wide-field image stitching, autofocus, single-cell intelligent image recognition, morphological analysis, etc.

    • -

    • -

    • -

    • -

    • Spectral range:90-3600 cm-1
      Spectral resolution:≤3 cm-1
      SNR:≥30:1
      Built-in multi-dimensional spectral calibration system

    • Single-spectrum processing, Multi-spectrum batch processing, Characteristic peak analysis, Cluster analysis, Classification analysis, etc.

    • -

    • Samples such as soil, marine, sediment, feces, pure cultures, etc.

    • Bacteria, fungi, microalgae, mammalian cells, protoplasts, etc

    • 0.5-20 μm

    • >99%

    • >95%

    • 104 CFU/mL

    • -

    • Bright field microscope

    • Wide-field image stitching, autofocus, single-cell intelligent image recognition, morphological analysis, etc.

    • -

    • 3-channel fluorescence imaging: DAPI, GFP, Cy3,(additional wavelengths customizable)

    • Single-Cell Recognition Based on Fluorescence Intensity

    • -

    • -

    • -

    • Samples such as soil, marine, sediment, feces, pure cultures, etc.

    • Bacteria, fungi, microalgae, mammalian cells, protoplasts, etc

    • 0.5-20 μm

    • >99%

    • >95%

    • 104 CFU/mL

    • -

    • Bright field microscope

    • Wide-field image stitching, autofocus, single-cell intelligent image recognition, morphological analysis, etc.

    • -

    • 3-channel fluorescence imaging: DAPI, GFP, Cy3,(additional wavelengths customizable)

    • Single-Cell Recognition Based on Fluorescence Intensity

    • -

    • Spectral range:90-3600 cm-1
      Spectral resolution:≤3 cm-1
      SNR:≥30:1
      Built-in multi-dimensional spectral calibration system

    • Single-spectrum processing, Multi-spectrum batch processing, Characteristic peak analysis, Cluster analysis, Classification analysis, etc.

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Resources

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