Supply Of Inverted Fluorescent Research Microscope Supply And Installation Of Inverted Fluorescent Research Microscope , Inverted Fluorescent Research Microscope , Specification For Inverted Fluorescent Research Microscope Microscope Stand: Inverted Mic

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Supply Of Inverted Fluorescent Research Microscope Supply And Installation Of Inverted Fluorescent Research Microscope , Inverted Fluorescent Research Microscope , Specification For Inverted Fluorescent Research Microscope Microscope Stand: Inverted Microscope With Apochromatically Corrected Built-In Optics For Superior Imaging, And Transmitted Light Led Illumination For Bright Field, Phase Contrast, Fluorescence, Imc Or Plastic Dic. Should Have Motorised Z Focusing With Step Size 5 Nm Or Better For High Precision Z Controlling During Long Term Observation To Ensure Consistent, Sharp Image Observation Tube: Observation Tube Wide-Field Trinocular Tube With 100:0, 0:100 & 45° Viewing Angle For Acquiring Max Signals. It Should Be With A Minimum Of 22Mm Field Of View.Transmitted Light: Led Light With Auto-Off Function With A Service Life Of A Minimum Of 50, 000 Hourscontrasting Methods: The Microscope Should Be Equipped For Bright Field, Phase Contrast, Integrated Modulation Contrast Or Plastic Dic & Fluorescence. Xy Stage: Stage Mechanical Xy Stage With Specimen Holders For Multi-Well Plates / Petri Dishes / Slides, Covering Maximum Travel Range Nosepiece: Coded Nosepiece With A Minimum Of Six Positions Or Morecondenser: Universal Turret Condenser ( Coded With Six Positions ) With A Free Working Distance Of 25 Mm And Na Of 0.53 Or Higher Suitable For Bright Field, Phase Contrast And Integrated Modulation Contrast Fluorescence: Fluorescence Filter Turret With Six Or More Positions. Fluorescence Light Source Seven-Channel Led Light Source Or White Led Covering The Range From 390Nm To 650Nm Or More With A Minimum 25, 000 Hrs Lifetime.The Unit Should Be Controlled By The Same Imaging Software And Should Accompany A Control Panel For Changing The Wavelength And Controlling Intensity.Fluorescence Filters: Dapi, Fitc, And Dsred Should Be Providedobjectives: 4X Scanner Objective; 10X Objective N.A 0.25 ( Superior Plan Achromat ) ; 40X Objective N.A. 0.60 ( Semi-Apo / Fluotar / Apo ) ; 100X Objective Na 1.3 Or 60X / 63X Objective With Na 0.70 ( Semi-Apo / Fluotar / Apo ) ; All The Objectives Are Suitable For Fluorescence ( Except 4X ) Camera: Dedicated Digital Scientific-Grade Camera Capable Of Taking High-Resolution Images With Cmos / Ccd Sensor. Minimum 6 Mp Or Better; Pixel Dimensions: 2.4 ?M X 2.4 ?M Or Better, Frames Per Second 15 Fps Or More At Full Resolutionsoftware:Imaging Software Should Have The Following Features: ( A ) Software Module To Control Z Focus Motor Of Automated Microscope And Super Z Fine Focus. Define Focus Positions And Capture 3-Dimensional Data Sets With Extended Depth Of Focus. Extended Depth Of Focus Can Be Used Online During Z Stack Acquisition As Well As An Offline Processing Tool ( B ) Branded Pc With 7Th / 8Th Generation I5 / I7 Processor, Minimum 16 Gb Ram, Nvidia Graphics Card With 1 Gb Ddr5 Ram, 1 Tb Sata Hdd Or Higher, Original Windows 10 Os, Dvd Rw, At Least 24’’ Monitor, Keyboard And Optical Mouse Ups: 2 Kv Ups For Computer And Microscope With Minimum Otw-Hours Backup. Input Voltage For Ups Is 220V, 50 Hz , Annual Maintenance Contract For The Microscope For Next 2 Years ( Rate / Year ) After The Expiry Of The Warranty Period.