Microscope Accessories and Replacement Parts
General accessories and parts for use with microscopes. Products include lens oil, lens cleaner, slide dispensers, microscope covers, vessel holders, light cubes, and flow cells.
Many parts of your microscope can be updated or replaced including microscope lamps, lenses, and eyepieces. Replacement lamps, light sources, and power cords can extend the working lives of your microscopy equipment. New or replacement objectives and lenses can help increase the total magnification available with your microscope.
Add greater magnification or exchange your eyepiece for one with a reticule to more easily estimate the sizes of the items being viewed.
Replace or update your mechanical stage or clamps or add cell culture vessel adapters to facilitate specimen positioning.
Condensers can also be replaced, and conversion kits are available to add phase contrast, polarization, fluorescence, or other capabilities to your current system.
Some microscopes can be adapted for use with still or video cameras. Look for cameras and adapters designed for your specific microscope brand. Film and documentation-related products may also be available to support your record-keeping.
Temporary, semi-permanent, and more long-term slide storage options include:
- Slide racks that securely hold slides during staining procedures
- Folding fiberboard or plastic slide holders with horizontal indentations that keep microscope slides in place
- Slide storage boxes with vertical dividers; made from fiberboard, plastic, and wood and available in multiple sizes
- Slide holders and mailers for transporting slides safely
- Slide storage systems and cabinets for large quantities of slides or archival storage
Leica Biosystems TRIEBTEILEOL OIL FOR DRIVES, C
Triebteileol Oil for drives, Constant OY 46 K, 50 ml
Electron Microscopy Sciences Glassine Negative Envelope Plain, 3-1/4 x 4"
Glassine envelopes, acid free for negative storage. Open end, thumb-cut, side-seamed.
Use: 3-1/4 x 4"
Electron Microscopy Sciences Porton Graticle NG2, 21mm
The circle areas of the Porton greaticules increases with Root 2 progression as do the divisions on the right hand side of the rectangle. These divisions are numbered for convenience. The rectangle size is 4.5 mm x .25 mm. Circle sizes in microns are 560, 400, 280, 200, 140, 100, 70, 50, and 35. The specimen is racked on the mechanical stage of the microscope and traverses are taken right across thee deposit sizing all the particles encountered.
Size: 21mm
Surface: Chrome image
Electron Microscopy Sciences C-Flat™ Holey Carbon Grid CF-2/2-4C, 400 mesh Cu
C-flat is an ultra-flat, holey carbon-coated support grid for transmission electron microscopy (TEM). Unlike competing holey carbon films, C-flat is manufactured without plastics, so it is clean upon arrival and the user has no residue to contend with. Made with patent pending technology, C-flat provides an ultra-flat surface that results in better particle dispersion and more uniform ice thickness.
Patterning is done using deep-UV projection lithography, ensuring the most accurate and consistent hole shapes and sizes down to submicron features. The precise methods by which C-flat is manufactured elminate artifacts such as excess carbon and edges around holes.
C-flat holey carbon grids provide the ideal specimen support to achieve high resolution data in making them an ideal choice for cryo single particle analysis, cryo tomography and automated TEM analysis. 2.0 µm holes with 2.0 µm spacing.
Mesh: 400
Material: Copper
Electron Microscopy Sciences Walton & Beckett Graticule G25, 21 mm,
The Walton and Beckett graticule is for counting fibrous dust (asbestos or glass fibers) and particularly where the majority of fibers to be counted are shorter than 5 microns. The circle is divided into four by two diametrical lines scaled in units of 5 and 3 microns respectively. 3 and 5 microns are the critical measurements of fiber lengths and diameters used in fiber counting. Walton and Beckett include shapes with an aspect ratio of 3:1 or 5:1 for comparing to fibers.
IMPORTANT NOTE: The circle on these Walton & Beckett graticules must represent 100 microns at the stage and each one must be manufactured to the individual instrument. Based on the G22. The G25 is produced by the Institute of Occupational Health.
Size: 21 mm
Electron Microscopy Sciences Gilder Single Slot Oval Grid GS2x1, Copper, 2000 x 1000 µm Slot
Single Slot TEM Grids with oval holes have a thickness of are 50 microns. Each grid is individually inspected.
Material: Copper
Slot: 2000 x 1000 µm
Electron Microscopy Sciences Veco Slotted Pattern Grid 75/300, Copper
Veco Grids offer superior handling characteristics. Plus, with a 0.8 mil thickness, Veco Grids are the most rigid grids available. 3.05 mm diameter .
Material: Copper
Pitch: 300/83 µm
Hole: 293/43 µm
Bar: 40 µm
Electron Microscopy Sciences SEM Sample Holder Vertical for Thin Sample With Pin A, 25 mm dia and 10 mm thick
Our scanning electron microscope specimen holders are designed to improve your productivity and allow you to view more than one sample at a time. You will save pump down time, keep your chamber cleaner and get more work done. All mounts are machined from solid aluminum and come with spring clips/or setscrews to hold your specimens securely. All mounts are made to fit onto your stage and are designed to fit through all standard specimen exchange ports, and have a center-threaded port to accept the Adapter Pins.
All adapters have a threaded portion 5 mm in length. Holds thin samples vertically in the SEM or microscope. Useful for cross sections of silicon wafers or multilayer capicators. Pin overall measures: 28mm L x3.1mm dia
Electron Microscopy Sciences X-Ray Window Silicon Nitride Film, 500 µm, 50 nm
Ideal substrates for x-ray microscopy and x-ray spectroscopy techniques. State-of-the-art manufacturing and expert engineering allow for competitive prices of these windows. Made in the USA, these X-Ray windows are entirely plasma cleanable to remove organic contamination. Flat, uniformly deposited films provide consistent backgrounds with low field-to-field variability and high x-ray transmission. For high temperature and differential pressure environments.
Dimensions: 500 µm
Electron Microscopy Sciences Glassine Negative Envelope Plain, 3-1/4 x 4"
Glassine envelopes, acid free for negative storage. Open end, thumb-cut, side-seamed.
Use: 3-1/4 x 4"
Electron Microscopy Sciences Static Master 3" Replacement Cartridge
Easily install a new cartridge without returning the brush to the factory.
Electron Microscopy Sciences C-Flat™ Holey Carbon Grid CF-1.2/1.3-2C, 200 mesh Cu
C-flat is an ultra-flat, holey carbon-coated support grid for transmission electron microscopy (TEM). Unlike competing holey carbon films, C-flat is manufactured without plastics, so it is clean upon arrival and the user has no residue to contend with. Made with patent pending technology, C-flat provides an ultra-flat surface that results in better particle dispersion and more uniform ice thickness.
Patterning is done using deep-UV projection lithography, ensuring the most accurate and consistent hole shapes and sizes down to submicron features. The precise methods by which C-flat is manufactured elminate artifacts such as excess carbon and edges around holes.
C-flat holey carbon grids provide the ideal specimen support to achieve high resolution data in making them an ideal choice for cryo single particle analysis, cryo tomography and automated TEM analysis. 1.2 µm holes with 1.3 µm spacing.
Mesh: 200
Material: Copper
Electron Microscopy Sciences C-Flat™ Holey Carbon Grid CF-4/2-2C, 200 mesh Cu
C-flat is an ultra-flat, holey carbon-coated support grid for transmission electron microscopy (TEM). Unlike competing holey carbon films, C-flat is manufactured without plastics, so it is clean upon arrival and the user has no residue to contend with. Made with patent pending technology, C-flat provides an ultra-flat surface that results in better particle dispersion and more uniform ice thickness.
Patterning is done using deep-UV projection lithography, ensuring the most accurate and consistent hole shapes and sizes down to submicron features. The precise methods by which C-flat is manufactured elminate artifacts such as excess carbon and edges around holes.
C-flat holey carbon grids provide the ideal specimen support to achieve high resolution data in making them an ideal choice for cryo single particle analysis, cryo tomography and automated TEM analysis. 4.0 µm holes with 2.0 µm spacing.
Mesh: 200
Material: Copper
Electron Microscopy Sciences C-Flat™ Holey Carbon Grid CF-2/2-2C, 200 mesh Cu
C-flat is an ultra-flat, holey carbon-coated support grid for transmission electron microscopy (TEM). Unlike competing holey carbon films, C-flat is manufactured without plastics, so it is clean upon arrival and the user has no residue to contend with. Made with patent pending technology, C-flat provides an ultra-flat surface that results in better particle dispersion and more uniform ice thickness.
Patterning is done using deep-UV projection lithography, ensuring the most accurate and consistent hole shapes and sizes down to submicron features. The precise methods by which C-flat is manufactured elminate artifacts such as excess carbon and edges around holes.
C-flat holey carbon grids provide the ideal specimen support to achieve high resolution data in making them an ideal choice for cryo single particle analysis, cryo tomography and automated TEM analysis. 2.0 µm holes with 2.0 µm spacing.
Mesh: 200
Material: Copper
Electron Microscopy Sciences C-Flat™ Holey Carbon Grid CF-2/4-4C, 400 mesh, Cu
C-flat is an ultra-flat, holey carbon-coated support grid for transmission electron microscopy (TEM). Unlike competing holey carbon films, C-flat is manufactured without plastics, so it is clean upon arrival and the user has no residue to contend with. Made with patent pending technology, C-flat provides an ultra-flat surface that results in better particle dispersion and more uniform ice thickness.
Patterning is done using deep-UV projection lithography, ensuring the most accurate and consistent hole shapes and sizes down to submicron features. The precise methods by which C-flat is manufactured elminate artifacts such as excess carbon and edges around holes.
C-flat holey carbon grids provide the ideal specimen support to achieve high resolution data in making them an ideal choice for cryo single particle analysis, cryo tomography and automated TEM analysis. 2.0 µm holes with 4.0 µm spacing.
Mesh: 400
Material: Copper