Tenders Are Invited For Scanning Electron Microscopes - Sem And Light Microscope For Correlative Microscopy

Scanning Electron Microscopes - Sem And Light Microscope For Correlative Microscopy. Bidder 1 Scanning Electron Microscope And 1 Light Microscope (Incl Inverse Research Microscope) Wants To Purchase Named Microscopes For Correlative Microscopy Use. The Condition For This Is That The Inverse Research Microscope Is Also The Scanning Electron Microscope Used Software Supporting Correlative Microscopy, Which Enables The Communication Is Done By The Correlative Sample Holding Automatic Coordinate Independent Of The Sample With System Calibration. I. The Main Parameters Of The Scanning Electron Microscope (In Detail See The Public Procurement Technical Description) - The Field Emission Electron Source (Emitter), Schottky System - Acceleration Voltage: 0.02Kv – 30Kv Adjustable - Beam Current: Minimum 20Na - Resolution Minimum Values: 1.0 Nm/15 Kv; 1.6Nm / 1Kv In High Vacuum Mode, 2.0 Nm / 30 Kv In Low Vacuum Mode; Lower Limit Of Imaging: 20 V. For These Conditions Without Counter Voltage (Sample Bias/Stage Bias) Connected To The Sample Or Stage Must Be Fulfilled. - Magnification Range: Minimum 10X...1.000.000X. It Should Be Zooming It Is Possible To Switch The Lens(Es) On/Off And Adjust The Working Distance In The Entire Range Or Without Refocusing. - Secondary Electron Detector Located In The Chamber - Second Secondary Electron Detector Built Into The Lens (In-Lens) - Automatic Control Vacuum System Min. With A 250 L/Sec Turbomolecular Pump - High Vacuum Min. 4 X10-4 Pa - Low Vacuum Mode Adjustable Up To 10-133 Pa In Max 1Pa Steps - Stage Movement Range: Minimum X= 110 Mm And Minimum Y= 110 Mm. - Range Of Movement In The Z Direction Minimum 50 Mm - Tilt: Minimum T = -10º - 90º - Rotation: R = 360º - Control Pc Such In A Configuration That Is Suitable For Hardware And Software Control Of Scanning All Necessary Functions Of An Electron Microscope. - The Control Software Must Have With Macro Programming Option - The Control Software Must Have An Api Interface Which Can Be Used In Python - Sample Holder Suitable For Correlative Microscopy, Which Is Compatible With Both The Scanning Electron Microscope And The Light Microscope - Between The Two Microscopes (Scanning Electron Microscope And Inverted Research Microscope). Software That Enables Communication And Supports Correlative Microscopy Is Done By A Correlative Sample Holding Automatic Coordinate System Independent Of The Sample Calibration With Sample-Independent Base Points. Ii. In The Light Microscopy Category Inside The Main Parameters Of The Inverted Research Microscope (For Details, See The Public Procurement Technical Description) - Inverse Research Microscope With Motorized Functions - Objective Revolver With A Minimum Of 6 Slots - Condenser With A Minimum Working Distance Of 36 Mm And A Numerical Aperture Value Of At Least Na=0.55 Can Be Used With 4X-100X Objectives - Apochromatic Objectives (Na=Numerical Aperture; Wd=Working Distance): 10X Min Na=0.45; 20X Min. Na=0.80; 40X Min. Na=0.95 Min. Wd=0.25 Differential Interference (Dic) With Contrast; 100X Min. Na=1.4 Min.Wd=0.17 Oil Immersion With Dic Contrast - Dic Or Hoffmann Relief Can Also Be Used With Plastic Specimen Holders Contrast Technique - The Microscope Should Be Expandable Using Structured Lighting With An Optical Slicing Device, A Place For This Must Be Provided On The Frame. - Minimum 8 Mpixel 4K Wifi Camera - Educational Software With At Least 3 Student Mobile Displays, On Which The Live Image Of The Microscope Can Be Displayed, A Photo Can Be Taken And Made Possible At Any Time Makes The Measurements On The Photos - Image Processing And The Software System That Controls The Microscope With Image Recording, Measurement And Image Analysis Functions - The Two Microscopes Communicate (Scanning Electron Microscope And Inverted Research Microscope), Enabling The Correlative Microscopy Support Software That Enables A Sample-Independent Correlative Automatic Coordinate System Calibration Of Sample Holder. Services Related To The Product: For Up To 3 People, After Commissioning, On-Site, Demonstration Training Combined With Practice 6 Times, 6 Hours Each Time (1 Hour Is 45 Per Minute) Which Covers All Functions/Operational Elements Of The Given Device. Further Details Can Be Found In The Professional Offer.