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Developer D-19 Replacement Kit 1 liter. Developer D-19 Replacement Kit, A high contrast developer for EM films, Kit contains: Distilled Water (48 deg C/125 deg F), Metol, Sodium Sulfate, Hydroquinone, Sodium Carbonate (monohydrate), Potassium Bromide, for Photography, size: 1 liter

Ps 300 Xo With Ukas Calibration Slides Made Of Green Float Glass With Bright Chrome Image. High Definition 300Mm Scale In 0.1Mm Divisions With Extended 0.5Mm, 1.0Mm And 5.0Mm Lines. Series Of Dots And Crosses, At 10Mm Intervals.

Ps 150 Xo Calibration Slides Made Of Green Float Glass With Bright Chrome Image. High Definition 150Mm Scale In 0.1Mm Divisions With Extended 0.5Mm, 1.0Mm And 5.0Mm Lines. Series Of Dots And Crosses, At 10Mm Intervals.

Ps 150 Xo With Ukas Calibration Slides Made Of Green Float Glass With Bright Chrome Image. High Definition 150Mm Scale In 0.1Mm Divisions With Extended 0.5Mm, 1.0Mm And 5.0Mm Lines. Series Of Dots And Crosses, At 10Mm Intervals.

Ps 100 Xo Calibration Slides Made Of Green Float Glass With Bright Chrome Image. High Definition 100Mm Scale In 0.1Mm Divisions With Extended 0.5Mm, 1.0Mm And 5.0Mm Lines. Series Of Dots And Crosses, At 10Mm Intervals.

Ps 100 Xo With Ukas Calibration Slides Made Of Green Float Glass With Bright Chrome Image. High Definition 100Mm Scale In 0.1Mm Divisions With Extended 0.5Mm, 1.0Mm And 5.0Mm Lines. Series Of Dots And Crosses, At 10Mm Intervals.

Grid Dot Array. For Testing Image Area, Distortion, Field Flatness And Other Parameters In Optical And Imaging Systems. The Three Array Areas Give Options For Different Magnifications Or Field Size. Green Float Glass With Bright Chrome Image.

Edwards Emf3 Oil Mist Filter Mist Filters. Capture Oil Mist From The Outlet Of Pumps, Which Would Otherwise Be Ejected Into The Atmosphere. Use Of Optional Oil Return Kits Results In Reduced Oil Level Maintenance And Savings In Pump Oil. For The Rv3, Rv5,

Edwards Replacement Mist & Odor Element Mist Filters. Capture Oil Mist From The Outlet Of Pumps, Which Would Otherwise Be Ejected Into The Atmosphere. Use Of Optional Oil Return Kits Results In Reduced Oil Level Maintenance And Savings In Pump Oil. For The

C-Chip Disposable Hemacytometer. Fuchs Rosenthal Disposable Hemacytometeroffers Precise Volume Control And Is Easy Use. Features Quartz Grade Optical Plastic, Two Counting Chambers, Continuous Sample Containment. Uae For Blood Cell, Bacteria, Spore, And S

C-Chip Disposable Hemacytometer. Burker Turk Disposable Hemacytometeroffers Precise Volume Control And Is Easy Use. Features Quartz Grade Optical Plastic, Two Counting Chambers, Continuous Sample Containment. Uae For Blood Cell, Bacteria, Spore, And Sperm

Differential Quick Stain Kit. Modified Giemsa Stain Kit For Quick Turn Around Results For Rapid Blood Smears For Differential Assessment And Detection Of H. Pylori Microorganisms. Complete With A Fixative For Air Dried Cell Suspensions

Slide In/Out Cards Constructed Of A Heavy Pink Cover Stock. The Slide In/Out Card Is Designed To Help You Better Manage Slides That Are Removed From The Storage Box.

Slide Index Cards Constructed Of A Heavy Green Cover Stock. The Slide Index Card Is Designed To Help The User Quickly Locate A Specific Slide Within A Tray.

Coverslip Correlative Microscopy 10X10 Grid. 0.1Mm Simple Coverslip With A Grid Image That Allows Cells To Grow And Later Be Analyzed Under Brightfield Or Fluorescence Microscopy Before Being Further Processed And Sectioned For Em Or Other Analysis.

Coverslip Correlative Microscopy 20X20 Grid. 0.5Mm Simple Coverslip With A Grid Image That Allows Cells To Grow And Later Be Analyzed Under Brightfield Or Fluorescence Microscopy Before Being Further Processed And Sectioned For Em Or Other Analysis.

Coverslip Correlative Microscopy 10X10 Grid. 1Mm Simple Coverslip With A Grid Image That Allows Cells To Grow And Later Be Analyzed Under Brightfield Or Fluorescence Microscopy Before Being Further Processed And Sectioned For Em Or Other Analysis.

Ps 300 Xo Calibration Slides Made Of Green Float Glass With Bright Chrome Image. High Definition 300Mm Scale In 0.1Mm Divisions With Extended 0.5Mm, 1.0Mm And 5.0Mm Lines. Series Of Dots And Crosses, At 10Mm Intervals.

Hold Secure For Slides. A Durable Corrugated Filing Box Kit For The Proper Filing, Identification, And Storage Of Up To 2,000 Glass Slides Or 500+ Cassettes. Double Tabbed In Back For Additional Safety. Comes Unassembled In Packages Of 10.

Omni Probe 5 Post Copper. Lift-Out Grids Specifically Designed For In-Situ Lift-Out. These Grids Include Multiple Indexed Mounting Locations, All With Vertical Bar Attachment Surfaces. Lower Profile Sides For Easier Access To Outer

Omniprobe Omni Probe 4 Post Copper. Lift-Out Grids Specifically Designed For In-Situ Lift-Out With Multiple Indexed Mounting Locations, Two With Vertical Bar Attachment Surfaces And Two With 'V' Shaped Alighment Surfaces.

Omni Probe 3 Post Copper. Lift-Out Grids Specifically Designed For In-Situ Lift-Out. These Grids Include Multiple Indexed Mounting Locations With Both Vertical Bar And 'V' Shaped Attachment Surfaces. Shallower Downset And Slightly Wider

Omni Probe 3 Post Copper. Lift-Out Grids, Similar To 75964-01, In Design But 35 Micron Thick With 1 Edge Lower For Easy Access. Packaged In Glass Vials

Apiezon Apiezon Wax W40 Apiezon Waxes. Can Be Used As Permanent Or Semi-Permanent Vacuum Sealants Or Mounting Media. Wax W40 Is A Soft Vacuum Sealant And Mounting Wax.

Apiezon Apiezon Wax Q Compound Is An Effective Temporary Vacuum Sealant. That Is Used As A Short Term Solution In Situations Which Do Not Allow For The Immediate Dismantling Of A System For Repair.

Apiezon Apiezon Wax W100 Apiezon Waxes. Can Be Used As Permanent Or Semi-Permanent Vacuum Sealants Or Mounting Media. Wax W100 Is A Medium Hardness Vacuum Sealant And Mounting Wax.

Apiezon Ap100 Grease Silicone-Free Vacuum Grease And Lubricant. Containing Ptfe, Ap100 Exhibits Extremely High Levels Of Lubricity And Provides Eight Times The Level Of Lubrication Offered By Standard, Petroleum-Based Lubricating Greases.

Apiezon Apiezon Wax W Apiezon Waxes. Can Be Used As Permanent Or Semi-Permanent Vacuum Sealants Or Mounting Media. Wax W Is A Hard Vacuum Sealing And Mounting Wax That Is Etch Resist.

Apiezon Pfpe 501 Grease Chemically Inert. High Temperature And Extreme Pressure Lubricant With An Upper Operating Temperature Of 250C And Vapour Pressure Of 1.3 X 10-12 At 25C. Can Be Used For Sealing And Lubricating Under The Most Extreme Operating Con

Abc Lupe Precision Folding Lupe With High Quality Glass. Optics Lens For 12X, 3X And 6X. The Body Is Made Of Aluminum. Lens Can Be Combined For Desired Magnification Shown On Back Of The Lupe.

Nightsea Add-On Excitation/Emmission Set, Royal Blue.

Nightsea Add-On Excitation/Emmission Set, Cyan.

Nightsea Add-On Excitation/Emmission Set, Green.

Nightsea Stereo Microscope Fluorescence Adapter System. Cyan Stereo Microscope Fluorescence Adapter With Several Different Excitation/Emission Combinations To Work With A Variety Of Fluorescent Proteins And Other Fluorophores.

Nightsea Stereo Microscope Fluorescence Adapter System. Green Stereo Microscope Fluorescence Adapter With Several Different Excitation/Emission Combinations To Work With A Variety Of Fluorescent Proteins And Other Fluorophores.

Ems Amc-7 Platform For 25 Kg. Made From High Grade Steel Parts Welded Together For Rigidity And Coated With A Tough Epoxy Powder White Finish. Three Elastomeric Isolators Which Remove Over 97 Percent Of Horizontal Vibrations At 50Hz And Over 95 Percent

Option For 15 Kg Capacity For Amc-7.

Nightsea Stereo Microscope Fluorescence Adapter System Royal Blue.

Quantifoil R 2/2 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 5/20, 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 200 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 200 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 0.6/1, 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/4, 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 400 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 200 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 200 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 200 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 300 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 300 Mesh, Gold. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/1 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 400 Mesh, Copper. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

Quantifoil R 2/2 400 Mesh, Nickel. It Is A Perforated Support Foil With Pre-Defined Hole Size, Shape And Arrangement. It Has Advantages In Electron Microscopy (Em) Or Low-Energy Electron Point Source (Leeps) Microscopy When Compared With Convention

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