REAL-TIME 3D LABORATORY WEBGL2
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A compound laboratory microscope may look like a compact single machine, but its body is an arrangement of distinct mechanical, optical and electrical systems. Behind the familiar eyepieces is an optical head. Beneath it, an indexed nosepiece carries objectives of differing magnification. A stable frame supports the entire optical path. The specimen rests on a movable stage and is illuminated from below by a condenser and a controllable light source. Every change in viewing conditions depends on the alignment and coordination of these systems.
LUMISCOPE Q4 turns those relationships into an explorable three-dimensional assembly. The model comprises 134 labelled parts distributed across nine engineering groups. You can orbit around the complete instrument, select an element, open its technical description, isolate it from adjacent pieces, hide external components, or reveal the machine in one of five exploded-view patterns. Instead of only watching a video of disassembly, you can move loose parts into place and confirm the correct connections yourself.
The simplest way to understand a transmitted-light compound microscope is to follow the route taken by illumination. An LED at the base produces light that passes through a diffuser and the condenser assembly beneath the stage. The condenser concentrates illumination toward the specimen; an iris diaphragm controls the angular distribution of that light. Light passing through the prepared slide enters the objective selected by the rotating nosepiece. The image-forming optics direct the resulting image toward the oculars in the binocular head.
This is an educational, illustrative model of a fictional product: part names, masses, materials and operating figures are simplified and are not a manufacturer's drawing, a design basis or a safety/acceptance document.