The TKSS-D Super-Scope HD Integrated Video Inspection System with 5MP Hybrid HDMI/USB Camera, Integrated 12" LCD Monitor, Double Ball Bearing Base, and Fiber Optic Dual Point Light stands heads and shoulders above its competition, boasting features found on much more expensive equipment. Its freestanding design allows for use anywhere on the manufacturing floor, without any need for a PC.

The heart of the O.C. White TKSS-D Super-Scope is the 5MP Hybrid HDMI/USB camera with a 12 inch integrated LCD screen. Featuring full 1080 resolution (300dpi) for super detailed viewing, the camera also includes onboard tools, such as image and video capture, calibrated measurement, split screen live view, and more. Unlike microscopes with restrictive eyepieces, the TKSS-D Super Scope offers 'heads up' viewing for greatly reduced eyestrain, neck fatigue, and improved posture.

The TKSS-D system features exclusive varifocal lens technology, which allows for up to 80x magnification (with optional accessories) and working distances that can be measured in feet, not inches. The large working distance range means that any height operator can readjust to fit them easily; EH&S personnel in particular can see immediate benefit.

The TKSS-D is supplied with a durable 24" tall double ball bearing base. It also includes the model ML3000-D 150W Halogen Light Source with Dual Gooseneck Fiber Optic Light Guide. The ML3000-D is a fiber optic illuminator that provides years of high performance use. The illuminator features an internal IR filter that retains all heat to the power box, allowing cool, bright light to enter the fiber optic cable. The solid state design of the ML3000-D provides up to 45% more light than the competition. In addition, its bifurcated dual gooseneck offers 18 in. of total fiber reach. A set of focusable lenses is included on the fiber, allowing for optimum light dispersion. You can focus the light into very tight circles, or remove the lenses for a wide broadcast of light. The ML3000-D furthermore offers fully variable intensity control.