BSCAN Radioactive Thin Layer Chromatography Scanner

bSCANRadioactive thin layer chromatography scanner

bSCAN- a compact and advanced TLC Radio Chromatograph Instrument

BrightspeccompanybSCANRadioactive thin layerTLCChromatographic scanner

bSCAN- a compact and advanced TLC Radio Chromatograph Instrument

BrightspeccompanybSCANRadioactive thin layerTLCChromatographic scannerIt is a compact laboratory radiochemical analyzer designed to perform radioactive thin layer analysis(TLC)Scan. Radiochromatography is an analytical technique that can identify and quantify different compounds in radioactive mixtures. Especially, radioactivityTLCIt is a mature technology used in nuclear medicine laboratories to quickly and accurately measure the quality control of radioactive substances（QC）.

Place of OriginBrightSpec N.V. BELGIUMBelgiumbrightspeccompany

Features:
1The in vivo effects of radiopharmaceuticals depend on their quality, therefore, the high standard "radioactive isotopes" in labeled compounds, such as

Radiochemistry "and" chemical purity "or particle size of suspension are crucial. Radiopharmaceuticals must comply with both radiation and drug standards to ensure their effective use and imaging quality, while reducing radiation hazards to patients.
2The instrument canQA/QCThe process is tested for radiochemical purity and radionuclide purity.
3The instrument is equipped with simple and intuitive software.
4Configuration: A programmable displacement unitBrightspeccompanybSCANRadioactive thin layerTLCChromatography scanner host; oneNaI（Tl）Scintillation detector（1 x 1Inches); A set of detachable collimator shielded scanning heads; A compact digital multi-channel analyzer（MCA）；bSCANSoftware • Control computer orPC(Optional).

Technical Specifications:
BrightspeccompanybSCANRadioactive thin layerTLCChromatographic scannerCompact structure, including components such as a fully digital multi-channel analyzer（MCA）And precise and well shieldedNaI（Tl）Detector, can provide*The energy resolution is improved to better identify radioactive isotopes. Instrument usage standardsUSBConnection andPCCommunicate.
Size（WxHxD）：38x35x25Centimeters（15x13.7x9.8Inches)
Weight:8.5Kilogram（19Pound)
power supply24Fu, equipped with one100-240伏外部AC/DCpower converter
Fuse:2Ampere, user replaceable
Scanning area: Paper strip50x210Millimeter（2.0x8.3Inches)
Scanning speed: automatic, speed from0.1to2centimeter/second
Fixed when using manual scanning mode0.5cm/s（0.2in/s）
Scanner control: throughUSBconnect. On the back of the instrumentUSB-BPort connector
Ribbon holder: Prepare two plastic holders
Front switch and indicator light: withLEDPower on indicator light switch
The manual scan button and reset button are used for scanning and resetting operations
blueLEDIndicates busy status, redLEDIndicate the high voltage of the detector to be turned on
Accessories24VDCsocket
Rear connector:USBType connector
Shielding: Less provided around the detector10Millimeter of lead（Pb）Shielding.

An important part of the instrument is its software. The bSCAN software allows to carry-out all the complexity of both radiopharmaceutical analyses in a fast and intuitive way.An important component of an instrument is its software.bSCANThe software allows for fast and intuitive execution of all complex radiopharmaceutical analyses.

To summarize the following basic functions, among many, are performed via the bMCA software:It has the following basic functions, many of which are achieved throughbMCACompleted by software:

• Control of the displacement of the detector over the sample (strip) at a selected speed.Control the scanning speed of the detector on the sample (strip) at the selected speed.

• Instrument (and individual components) setup, including energy calibration of the detectorInstallation of instruments (and various components), including energy calibration of detectors.

• Data acquisition of Chromatogram (TLC)Radioactive chromatography（TLC）Data collection.

• Data acquisition for energy spectrum analysis Data collection for energy spectrum analysis.

• Spectrum visualization and analysis for both acquisition modes. Automatic nuclide identification of the energy spectra. Two collection methods and analysis techniques are used to automatically identify the energy spectrum of nuclides.

• Automatic spectrum storage into files Save automatically scanned map data.

• Automatic HTML-compatible report generationAutomated production report.

• User-defined setup, GUI and operational parameters User defined settings for various parameters.

• Reanalysis of stored files The software is MS Windows compatible for both 32-bit or 64-bits processors.Compatible with MicrosoftWindows 32-bit or 64-bitssystem

Probe Introduction

bSCANRadioactive thin layer chromatography scannerstandard configurationNaI（Tl）Scintillation detectors can provide other types of probes with higher energy resolution.

1x1InchesNaI（Tl）Flashing detector, this is an ideal low background high count detector. The detector is installed on a collimator with a lead plate, and comes standard with two collimating plates (with an aperture of approximately) at the factory1mmand3mm）.

Other types of detectors, such asBGODetector,CsI(Tl)Detector and plastic scintillator detector

General agent:

Beijing Huarui Zhida Technology Development Co., Ltd

Beijing Huaruizhida Technology Development Co.Ltd.,

Beijing Huaruisen Technology Development Co., Ltd

Beijing Huaruison Technology Development Co.Ltd.,

Address: Guanghua Road, Tongzhou Industrial Development Zone, Tongzhou District, Beijing16Haofang and Zhengyuan BuildingAseat2building