Keyence Vhx 600 User Manual

• Keyence Vhx 5000 User Manual

The VHX Series Digital Microscope was designed to alleviate the shortcomings of traditional, optical light microscopes - shallow depth-of-field, short working distance, lack of portability and versatility, sample limitations, etc. By integrating advanced zoom optics with a CCD camera, 17' LCD monitor, light source, controller and analysis/reporting software, the VHX streamlines testing and improves the speed and efficiency of the inspection process.The VHX-1000 enables a wide range of microscopic observation from macro-scale stereoscopic imaging to the detailed analysis of an SEM, with a magnification range from 0.1x - 5000x.

Many lighting techniques are also supported including bright and dark field, transmitted, polarized, and differential interference observation. Features Large Depth-of-FieldCapture fully-focused images of nearly any sample0.1x - 5000x MagnificationLenses designed to solve any applicationFree-Angle ObservationObserve samples from any angle to perform 360° inspection2D & 3D MeasurementDistance, angle, radius, area, profile, etc - all with the click of a button54 Megapixel Image CaptureHighest resolution imaging in its class16-bit High Dynamic RangeClearly see surface texture on low contrast and highly-reflective targetsImage StitchingExpand the field-of-view by up to 50 times at any magnification.

Article citationsKeyence Corporation, “User’s Manual 96MOO189, Digital Microscope VHX-600E,” Keyence Corporation, 2007, Elmwood Park.has been cited by the following article:.TITLE:AUTHORS:,KEYWORDS:,JOURNAL NAME:,July24,2012ABSTRACT: This paper presents an investigation on energy absorption characteristics of nano-reinforced panels, laminated face sheets and sandwich composites in high velocity ballistic and low velocity punch-shear experiments. The vinyl ester panels were reinforced with 1.25 and 2.5 wt. Percent nanoclay and exfoliated graphite platelets. Three different face sheets were manufactured with E-glass, Owens Corning HP ShieldStrand? Glass and T-700 Carbon woven fabric in vinyl ester; and one with the E-glass and graphite platelets impregnated vinyl ester matrix.

The sandwich composites were fabricated with balsa, PVC foam, 3D-fiber reinforced Tycor? And fire resistant fly-ash based Eco-Core? Cores in between E-glass/vinyl ester face sheets. Ballistic tests were conducted according to NIJ level III using a universal receiver equipped with a barrel to launch 0.308 caliber M80 ball round projectile at about 890 m/s.

Keyence Vhx 5000 User Manual

Low velocity punch-shear tests were performed at around 3 m/s according to ASTM D3763 Standard using a drop-weight impact test system. The tortuosity of the fractured surface in nanocomposite specimens has been investigated using digital microscope. In ballistic tests, the 3-D fiber reinforced Tycor? Core provided the most resistance when projectile strikes at the web-flange interface region. Graphite platelet reinforced nanocomposite, HP ShieldStrand? Glass vinyl ester face sheets, and E-glass/Eco-Core? Sandwich composite showed the best energy absorption under low velocity punch-shear.0000.