Variable-Magnification Microscopic Inspection

Zoom Magnification: 1×–8× Light Intensity Frame Storage: 1024×1024×12bit； High Definition mode 2048×2048×12bit Height Frame Storage: 1024×1024×16bit； High Definition mode 2048×2048×16bit

Lasertec, Japan, introduced the OPTELICS Hybrid confocal microscope, combining laser and white light sources for versatile, high performance confocal microscopy. Two sets of confocal optics work with accessories including an interferometer, differential interference contrast observation and spectral reflectance film thickness measurement. Lasertec is a Japanese semiconductor inspection equipment company founded in 1960, primarily supplying semiconductor wafer and photomask…

Zoom Magnification: 1×–8× Light Intensity Frame Storage: 1024×1024×12bit； High Definition mode 2048×2048×12bit Height Frame Storage: 1024×1024×16bit； High Definition mode 2048×2048×16bit

Lasertec, Japan, introduced the OPTELICS Hybrid confocal microscope, combining laser and white light sources for versatile, high performance confocal microscopy. Two sets of confocal optics work with accessories including an interferometer, differential interference contrast observation and spectral reflectance film thickness measurement. Lasertec is a Japanese semiconductor inspection equipment company founded in 1960, primarily supplying semiconductor wafer and photomask…

Zoom Magnification: 1×–8× Light Intensity Frame Storage: 1024×1024×12bit； High Definition mode 2048×2048×12bit Height Frame Storage: 1024×1024×16bit； High Definition mode 2048×2048×16bit

Lasertec, Japan, introduced the OPTELICS Hybrid confocal microscope, combining laser and white light sources for versatile, high performance confocal microscopy. Two sets of confocal optics work with accessories including an interferometer, differential interference contrast observation and spectral reflectance film thickness measurement. Lasertec is a Japanese semiconductor inspection equipment company founded in 1960, primarily supplying semiconductor wafer and photomask…

A true color confocal optical system receives only light reflected from the focal plane, the electrode active material surface. Glass surfaces and electrolyte therefore do not affect the observation, permitting high definition color images with strong color separation. Observation images are high definition true color images from the confocal system. Dedicated window cells are designed for in situ observation according to the application. The basic block fixture accommodates button electrodes; the advanced laminated cell model accommodates pouch cells. A dedicated temperature chamber holds block and laminated cells. Its interior remains dry to prevent condensation. Temperature control range: −30°C to 80°C.

High Precision Measurement: ≥3u Pixel: 220 Ten Thousand Objective Magnification: 0.7X-4.5X Continuous Zoom

The XQ3210 high resolution CCD measuring microscope uses a 2 megapixel high speed HDMI camera with 1920×1080 resolution and 60 frames per second. It measures diameters of fibers, fiber bundles and glass tubes in line. Tools measure point spacing, point to line and line to line distances, angles, radians, parallel lines, horizontal and vertical parallel lines, circles, center to center and edge distances, point to center and line to center distances, polylines, rectangles and polygons. It is practical and easy to operate, with micrometer level accuracy.