Hawkeye Pro SuperSlim Borescopes give sharp, clear views of the microscopic holes in spray tips and nozzles at 0.098" in diameter, or 0.109" with a mirror tube.
This Endoscope is perfect for the inspection of small bores for burrs, surface finish irregularities, and more. With a 10x intensity SuperNova and LightConcentrator, you can expect high quality images from your SuperSlim Borescope.
|Relay Optics||e2 endoGRINs® Glass Relay Lenses|
|Magnification||Borescopes are not fixed magnification like microscopes. See chart.|
|Mechanical / Construction|
|Length||4", 8", 10", 14", 17"|
|Diameter||4" and 8 " Scopes: .098" (2.4 mm), 10", 14" and 17" Scopes: .110" (2.8 mm). 4" and 8" Scopes w/ Mirror Tube: .109” (2.8 mm), 10", 14" and 17" Scopes w/ Mirror Tube: .128” (3.3 mm)|
|Lightpost||LightConcentrator™ ACMI configuration, Diameter 0.300"|
|Eyecup||Standard DIN, 32 mm diameter, with independent focusing ring|
|Tube||304 Stainless Steel|
|All Machined Stainless Steel||303 Stainless Steel|
|Eyecup and Focusing Ring||Aluminum, black anodized|
|Front Window||AR coated optical Glass|
|Illumination Fiber||Optical Glass|
|Relay Optics||e2 endoGRINs® gradient index glass lenses|
|Temperature Range||Official - 20° to 120° C.|
|Note 1||Hawkeye Pro Rigid Borescopes can be made to operate up to 300 deg. C on a custom Basis. Contact your sales representative for details.|
|Note 2||These scope were not designed to operate below 0°. However, several of our customers have successfully used the scopes in liquid Nitrogen at 77 deg. K.|
|Pressure||All Hawkeye borescopes we designed only for use at ambient pressure, however, we have several customers who have successfully used Hawkeye Borescopes at pressures up to 500 PSI and down to 10-6 Torr. As the scopes were not specifically designed for this, the operator does so at his own risk.|
|Chemical Resistance||All Hawkeye Pro Rigid borescopes (tube only, not the eyepiece end) are water tight and are resistant to most hydrocarbons; oils, gasoline, hydraulic fluid, jet fuel, etc. Exposure to Acids and strong Alkali should be avoided as it will attack the optical window.|
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