GB/T 33806-2017 in English

VALID

Technical requirement of area fluorescent imaging microarray scanner

Issued on:2017-05-31
Implemented on:2017-12-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $160.00
$156.00

Standard No:	GB/T 33806-2017
Document status:	VALID
Title in English:	Technical requirement of area fluorescent imaging microarray scanner
Title in Chinese:	面阵荧光成像微阵列芯片扫描仪技术要求
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2017-05-31
Implemented on:	2017-12-01
ICS Classification:	11.040.55-Diagnostic equipment
Chinese Classification:	C30-Medical apparatus and devices in general
Professional Classification:	GB-National Standard
Related Keywords:	area array fluorescence imaging microarray chip scanners microarray chip scanner microarray scanner introduction imaging area technical requirement
Related Topics:	chip imaging scanner self-imaging technology Peptide Scanning Technology scanner chip chip scanner Microarray chip scanner Biochip Scanner Wan chip scan microarray analysis chip scan chip scanner Fluorescence Imaging System fluorescence scanning Array analysis Array Chip Scanner illegal scanner fluorescence scanner Leica scanner chip analyzer chip+instrument Biochip scanner Peptide Chip Scanning Microarray chip instrument array chip instrument microarray analysis Fluorescence Imaging System Chip instrument What face is that scanned? photon imager All-in-one fluorescence imaging system Profiler technology molecular microarray TOC instrument technical requirements Microarray spotter microarray scanner Microarrayer Array Sampler Standard Spectral Array surface imager Negative Imaging Techniques fluorescence imager Spectrometer Technical Requirements fluorescent chip fluorescence scanner Four-field imaging scan fluorescence scanning Microarrayer light sheet imaging Microarrayer Chip Sampler Two-photon imaging instrument Technical requirements for microarray biochip spotting instrument Area Array Fluorescence Imaging Microarray Chip Scanner ts scanner array scanner fluorescent imaging agent scanning fluorometer pnp array UV fluorescence scanner array chip fluorescent imaging tracer Flow Fluorescence Technical Requirements Fluorescence Imaging System molecular array Surface Imaging Instruments imaging chip Spectrometer Technical Requirements chip analyzer peptide array fluorescence scanning method femtosecond fluorescence technology microplate reader fluorescence Zhongyi chip UV microarray UV fluorescence imaging system multiple fluorescence technique It contains fluorescent x fluorescence imaging x-fluorescence imaging microcolumn array measurement Fluorometer Scanner array chip imager inkjet microarray a2 scanner Scanning Fluorometer array scanner Fluorescence scan temperature Automated Fluorescence Imaging Microarray biochip spotter Micro scan UV microarray microarray low frequency array Scanner series light sheet imaging microarray spot microarray chip array chip Chip instrument peptide array binding scanner chip sequence scan near-field scanning chip autofluorescence imaging surface imager micro imager chip Scanner Test Technology Instrument Surface Imaging Microplate Fluorometer microarray scanner Micro scan scanning imaging instrument 100-face scanning Microarray Chip Microarray Chip In vivo fluorescence imaging Series Microarray Scanner array scanner imaging chip optical imaging photometric array Fluorometer tablet photosensitive array material array chip imager Chip Arrayer Spectrum scanning technology Fluorescence Imaging Plate Machine X-ray scanning imager Used Biochip Scanners material array low frequency array Composition of Fluorometer Fluorescence pre-scan Peptide Array Analysis Non-scanning imaging and scanning imaging Peptide Array Analysis imaging scan imaging Magneto-optic imager scan sample requirements Mandrel technical requirements microarray equipment Composition of Fluorometer UV imaging chip Mandrel Technical Requirements scanning instrument imaging Imaging Area Array Imaging Cobalt 60 Scanner peptide array "Technical Requirements for Microarray Biochip Reactor" light sheet scanning Fluorescence Imaging near-field scanning fluorescence Orient Biochip Scanner fluorescent dna sequencer Fluorescence Technology Instruments In vivo fluorescence imaging Visual fluorescence imaging New Chip Spotting Apparatus area laser fiber optic microarray fluorescent array UV Imaging Scan radiofluorescence imaging Microarray 50 in vivo fluorescence imaging new scanning technology dual fluorescence imaging photoelectric scanning Chip Test Requirements Core white light technology Photonic Imaging Instruments Fluorescence pre-scan array cha femtosecond imaging technology scan english Leica scanner core domain matrix Imaging fluorescence imaging GBT33806 GB/T 33806-2017 microstrip antenna array Zeiss scanner differential scanning fluorescence Scanning electron microscope chip structure Scanning electron microscope imaging principle microdroplet array Fluorescence scanner principle element microarray Scanning electron microscopy on microfluidic chips laser scanning imager FLIM fluorescence imaging The imaging principle of scanning electron microscope microarray mass spectrometry Fluorescence Imaging Spectrometry Technology Test Fluorescence Imaging Metrology Underwater laser scanning imager bioimaging scanner Optical chip industry Fluorescent microplate detection technology Advantages of Fluorescence Imaging Methods Fluorometer tablet demoulding method Fluorescence imaging standard curve Fluorescence sample block requirements Slide Scanner Standards

《GB/T 33806-2017面阵荧光成像微阵列芯片扫描仪技术要求》由TC421（全国生物芯片标准化技术委员会）归口，主管部门为国家标准化管理委员会。

Introduction

1. Standard Overview

GB/T 33806—2017 "Technical Requirements for Area Array Fluorescence Imaging Microarray Chip Scanners" is a standard proposed and coordinated by the National Technical Committee for Biochip Standardization, and is mainly applicable to in vitro diagnostic medical devices. This standard specifies in detail the terms and definitions, basic parameters, requirements, test methods, inspection rules, signs, labels and instructions for use, packaging, transportation and storage of area array fluorescence imaging microarray chip scanners (hereinafter referred to as "scanners").

2. Background of Standard Formulation

With the rapid development of biotechnology, microarray chips are increasingly used in the field of life sciences. As an important detection equipment, the performance of area array fluorescence imaging microarray chip scanners directly affects the accuracy of experimental results. In order to standardize the technical requirements of such equipment and ensure product quality and detection consistency, this standard came into being.

3. Comparison of standard frameworks

Chapter	Content Overview	Requirements and Key Points
1 Scope	Specifies the terms and definitions, basic parameters, requirements, etc. of scanners.	Applicable to in vitro diagnostic medical devices based on CCD and CMOS detectors.
2 Normative References	Lists the necessary reference standards and specifications.	Including GB/T 191, GB 4793.1, YY/T0466.1, etc.
3 Terms and Definitions	Definition of key terms is clarified.	Including "area array fluorescence imaging microarray chip scanner", "microarray chip", etc.

4. Standard Technical Requirements

4.1 Emission Light and Color Filters

The emission light wavelength range of the scanner is 180nm~2000nm, and the color filter must meet the cutoff depth ≥5 OD, and the transmittance of the central wavelength of the light transmission band ≥80%.

4.2 Chip Specifications and Excitation Light

The size of the microarray chip is unlimited, but the imaging area of the scanner must be no less than 0.2mm×0.2mm. The excitation light power requirement is ≥1mW, and the continuous working stability deviation is ≤5%.

4.3 Detector and Operation Mode

The number of detector units is no less than 100, supporting common analog and digital CCD, CMOS, etc. The operation modes include one-shot imaging and partition scanning imaging.

5. Safety and Environmental Adaptability

Safety requirements must comply with the provisions of GB 4793.1.
Environmental tests must be carried out in accordance with GB/T 14710, including temperature, humidity and atmospheric pressure adaptability tests.
Appearance should be clean and scratch-free, moving parts should run smoothly, and fasteners should be firm and reliable.

6. Implementation Suggestions

To ensure the performance and reliability of the scanner, it is recommended that in actual applications:

Equipment selection and procurement should be carried out in strict accordance with standard requirements.
Establish a complete equipment calibration and maintenance system.
Train operators to ensure correct use and interpretation of test results.
Perform environmental adaptability tests regularly to ensure stable operation of the equipment under different conditions.

More samples: GB 50021-2001(2009) JGJ 94-2008 JJG 21-2008

Sample only — not a preview of GB/T 33806-2017

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