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PRECI SCSSingle cell sorter

PRECI SCS has unique visual sorting function, what you see is what you get, and accurately achieves target cell separation. Using the unique laser and material interaction principle, for the complex biological samples with different morphologic cells, can be separated in the unlabeled state. Wide application range, for submicron level of single microbial cells can also be separated.

Single cell sorter

PRECI SCS-R300 Raman Single Cell Sorter

PRECI SCS-R300 is a collection of confocal Raman spectroscopy detection system with single cell visual separation system for the integration of cell recognition and separation equipment, based on Raman spectroscopy identification of target bacteria, and sequencing on the single cell level, culture and other research, building the bridge unicellular phenotype and genotype, It provides a new strategy for single cell research in various fields. In addition, Raman separation technology can also be used for the identification and separation of microplastics and other small particles.

Raman Single Cell Sorter

P300Laser Confocal Raman Spectrometer

P300 is a high-end custom laser confocal Raman spectrometer developed by HOOKE INSTRUMENTS. The instrument integrates higher stability, higher resolution and more efficient signal acquisition. Modular design, flexible coupling with multiple instruments; A unique multi-dimensional correction device is built into the instrument to ensure that the sample spectrum is not disturbed by the testing environment and meet the requirements of spectral stability for the construction of Raman database. Automatic data acquisition, greatly improve the efficiency of scientific research; Equipped with advanced deep learning algorithms, the exclusive database is built by itself. The instrument is simple and convenient to operate, and provides a new tool for material identification, composition analysis, biological detection and interdisciplinary research in many fields.

Laser Confocal Raman Spectrometer

D100 Near-infrared Confocal Raman Spectrometer

D100 is a NIR confocal Raman spectrometer developed by ChangguangChenying for biological samples. It has the characteristics of efficient signal acquisition, high penetration, high spectral resolution, high stability, high intelligence, nondestructive testing, etc. It can meet the needs of in vivo and thickness sample testing. The serialized objective lens and detection technology designed for near infrared Raman acquisition realize the efficient acquisition of weak signals. The compact design of this product makes the application more flexible.

Near-infrared Confocal Raman Spectrometer

PRECI SCS-R300 Raman Single Cell Sorter

PRECI SCS - R300 is a collection of confocal Raman spectroscopy detection system with single cell visual separation system for the integration of cell recognition and separation equipment, based on Raman spectroscopy identification of target bacteria, and sequencing on the single cell level, culture and other research, building the bridge unicellular phenotype and genotype, It provides a new strategy for single cell research in various fields. In addition, Raman separation technology can also be used for the identification and separation of microplastics and other small particles.

Raman Single Cell Sorter

RAcolonyHigh Throughput Real-time Colony Identification and Selection Workstation

This product integrates the function of Raman fingerprint detection and automatic clone selection of colonies. It can perform image recognition, Raman detection, data analysis and species identification of colonies in situ in the petri dish, and automatically pick the target strain into the porous plate for expanded culture. It can avoid the waste of time and labor cost caused by large-scale sequencing identification, effectively improve the efficiency of strain screening, and provide a powerful tool for engineering bacteria screening and microbial resource library construction.

High Throughput Real-time Colony Identification and Selection Workstation

S3000Ultra-fast Three-dimensional Fluorescence Imaging System

HOOKE S3000 applies three-kind stripes spinning disk confocal imaging technology and motorized Z-axis fast scanning, which greatly improves the imaging speed and meets the needs of living cells dynamic observation research. LED excite light source reduce phototoxicity and photo-bleaching greatly, which is suitable for continuous observation. Compact new confocal optical path design，HOOKE S3000 can be exibly coupled to multi-brand microscopes, or the complete set of instru-ment can be customized to meet dierent laboratory requirements.

Ultra-fast Three-dimensional Fluorescence Imaging System

M1000M1000 Intelligent Cell Counter

M1000 intelligent cell counting device is a smart and compact cell counting device. Based on the principle of classic Trypan blue and AO/PI staining, equipped with advanced image processing technology and intelligent algorithm, it can accurately analyze the characteristics of cell total number, viability, diameter, roundness and other data.

M1000 Intelligent Cell Counter

MicroRamanParticulate Matter Detector

MicroRaman is a confocal Raman spectrometer designed for particle characterization and identification in the pharmaceutical industry. The instrument integrates high-resolution detection system, image recognition and positioning system and high stability database analysis function, which can achieve accurate identification, traceability and control of particulate matter.

Particulate Matter Detector

Home LabPortable Thermostatic Nucleic Acid Amplification Analyser

Home Lab Portable thermostatic Nucleic Acid Amplification Analyzer is a rapid nucleic acid detection product based on RT-LAMP (reverse transcription loop-mediated isothermal amplification) and optical color detection and inter-pretation technology. The instrument is equipped with the Covid-19 rapid nucle-ic acid detection kit. By performing nucleic acid amplication at a constant temperature of 65 °C, it can intelligently detect the color signal, and automati-cally interpret the detection results within 30 minutes. Realize the nucleic acid self-test of individuals and groups such as family, community (community hospi-tal), and enterprise, so as to help global epidemic prevention and control and social co-examination.

Portable Thermostatic Nucleic Acid Amplification Analyser

Raman Signal Enhancement Chip

The ultra low background Raman chip independently developed by HOOKE INSTRUMENTS has doubled the efficiency of spontaneous Raman signal acquisition compared with the traditional chip, greatly improving the efficiency of micro-sized single particle/single cell Raman signal acquisition.

Raman Signal Enhancement Chip

Cell Sorting Chip

HOOKE INSTRUMENTS unique patent technology cell sorting chip, equipped with segmented cell collector, can match the general type PCR tube, sorting cells can be directly used for genome amplification and other subsequent research.

Cell Sorting Chip

Solution

Microbiological research

: Microbiological research

99% of microorganisms in nature have not yet been cultivated, which is known as the "dark matter" of the microbial community. The visual single-cell separation technology based on laser induced forward transfer technology (LIFT) can provide new strategies for the research of intestinal microflora, soil microorganisms, marine microorganisms, etc., and help the screening, development and utilization of industrial strain resources.

Rapid Microbial Detection

: Rapid microbiological detection

Rapid identification of microbial number, species and drug resistance is important in medical, food, industrial and other fields. Traditional microbial detection technology has the problem of long cycle and cannot provide a timely response plan. By using optical phenotypic information detection technology (image analysis, Raman spectroscopy, etc.), microbial and drug resistance identification can be accomplished quickly, accurately and timely.

Oncology Research

: Oncology Research

The rapid, real-time and non-destructive characteristics of Raman spectroscopy make it have great application potential in tumor typing, micro-lesion detection, tumor edge labeling, cancer cell metabolism and other fields. The confocal Raman spectroscopy system, combined with artificial intelligence technology and ultra-fast three-dimensional imaging technology, provides a multidimensional technical solution for oncology research.

Control of Drug Quality

: Control of Drug Quality

Particles in pharmaceutical preparations cause safety problems in clinical use and are an important critical quality attribute (CQA) of products. Confocal Raman technology combined with the deep learning algorithm, for rapid characterization of particulate matter and precision, to antibody preparations, cells and genes from the egg and biological vaccine products such as drug discovery, formulation development and process optimization, the stability of deviation survey research, production, quality control, and provide powerful basis complaint handling.

Rapid Nucleic Acid Detection of Virus

: Rapid Nucleic Acid Detection of Virus

Based on the real-time optical signal interpretation technology and loop-mediated isothermal amplification (LAMP) technology, nucleic acid detection results can be automatically interpreted within 30 minutes, which is convenient and fast to operate without site constraints. Different LAMP kits can be used to detect a variety of infectious diseases at home or in communities, which is expected to promote rapid virus detection and epidemic prevention.