Microscope Lamps and Accessories
Electron Microscopy Sciences Veco Single Hole Grid A2000, Copper with 2000 µm hole
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
Hole: 2000 µm
Electron Microscopy Sciences Gilder Aperture Grid with Single 75 µm hole, Copper
Single Slot aperture grids have a thickness of are 50 microns. Aperture diameter is 75 um.
Material: Copper
Electron Microscopy Sciences Maxtaform London Finder Grid, 400 mesh Copper, 63 µm Pitch
Maxtaform grids with reference patterns are of the highest consistent quality.
Material: Copper
Pitch: 63 µm
Sigma Aldrich Fine Chemicals Biosciences ThermalSealR films classic
A 50 mum heat-resistant polypropylene sealing film with a 25 mum layer of acrylic adhesive designed for thermal cycling applications. Each sealing film measures 79.4 x 137.8 mm and offers sufficient sealing area for all PCR plates. Length between the perforations with end tabs removed is 123.1 mm. ThermalSeal sealing films are not pierceable. for applications where piercing with pipet tips or robotic probes is required for product recovery use AlumaSeal(R) sealing films. for real-time PCR applications where maximum optical clarity is required use ThermalSeal RT sealing films.features and Benefitsheat resistant recommended for temperatures from -40 C to 120 Ceasier to apply than aluminum foils no tendence to roll backcertified DNase- RNase- and nucleic-acid-free
Grace Bio Labs Inc SS1X9 IMAGING SPACER PK/100
SS1X9-SecureSeal™ Imaging Spacer, 9mm Diameter ID X 0.12mm Depth, 18mm X 18mm OD - 100 PACK
W Nuhsbaum Inc 12V100W HALOG.MICROSCOPE BULB
This item has a minimum qty of 3 per supplier requirements.
12V100W HALOG.MICROSCOPE BULB
Electron Microscopy Sciences Gilder Standard Square 100 mesh Cu/Pd Grid
A reliable support specimen grid source. Features well-defined grid bars, maximum open area, and a matt/shiny side. Each grid is individually inspected. 3.05 mm diameter, 0.7 mil (18 um) thickness.
Grid: Copper/Palladium
Pitch: 250 µm
Hole: 205 µm
Bar: 45 µm
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Electron Microscopy Sciences Metallurgical Graticle G45, 21mm, ASTM E19-46
Standard pattern discs for metallurgical stereometric analysis of grain size in polished metal sections. ASTM grain sizing E19-46, glass sandwich.
Size: 21mm
Method: ASTM E19-46
Surface: Glass sandwich
Electron Microscopy Sciences Metallurgical Graticle G46, 21mm, ASTM E19-46 Root 2
Standard pattern discs for metallurgical stereometric analysis of grain size in polished metal sections. ASTM grain sizing E19-46, root 2, glass sandwich.
Size: 21mm
Method: ASTM E19-46 Root 2
Surface: Glass sandwich
Electron Microscopy Sciences Metallurgical Graticle G42, 21mm, ASTM E112
Standard pattern discs for metallurgical stereometric analysis of grain size in polished metal sections. Grain sizing (E112), Glass Sandwich.
Size: 21mm
Method: ASTM E112
Surface: Glass sandwich
Electron Microscopy Sciences Metallurgical Graticle G55, 16mm, ASTM 25
Standard pattern discs for metallurgical stereometric analysis of grain size in polished metal sections. ASTM 25 point square grid, glass sandwich.
Size: 16mm
Method: ASTM 25
Surface: Glass sandwich
Electron Microscopy Sciences New Porton Graticle NG12, 16mm
The NG12 is particularly useful since the array of globes and circles are conveniently close to where the particles pass. At the end of each band of the sample the mechanical stage is traversed vertically to take in the next band until the whole sample has been covered.
Size: 16 mm
Electron Microscopy Sciences Microscope Slide End Label SLS-15, Standard, 15/16" x 15/16"
These specialty Microscope Slide Labels and matching End Labels are available in standard (thin) or pathology (tissue high) thickness, and square or round corner (RC). Permanent adhesive holds labels in place during use and long-term storage. Sheet Form Size is 5 1/4" x 8". Standard thin thickness. Square corners.
Use: Standard
Size: 15/16" x 15/16"
Electron Microscopy Sciences TEM Screen Recoating Topcon Large Viewing
For optimum viewing, fluorescent screens should be recoated regularly. Viewing screens are easily damaged by the electron beam, especially at high accelerating voltages where knock-on damage can be severe. A proprietary process where 1 to 2 micron particles of phosphor are deposited on the screen and produce the highest possible resolution.