Trinocular Metallurgical Microscope | Reflected Light | Infinity Plan | LED

It is an industrial microscope designed specifically for viewing opaque materials (like metals and semiconductor wafers). 'Reflected light' means the illumination shines down through the objective lens onto the specimen and bounces back up to the eyepieces. The 'trinocular' head includes a third port for attaching a digital camera.

Unlike biological microscopes that push light *through* a transparent slide, reflected illumination (also called incident light) bounces off the surface of solid, non-transparent objects to reveal surface details like grain boundaries, microstructures, or corrosion.

Epi-illumination is another term for coaxial reflected light. The light source (LED or Halogen) is directed through the objective lens and strikes the specimen at a perfect 90-degree angle, which is critical for observing highly reflective metallic surfaces without shadows.

Reflected light (episcopic) bounces off the surface of opaque objects (metals, plastics, ICs). Transmitted light (diascopic) passes through transparent or translucent objects (thin films, biology slides). This specific GBS.13.2605 model uses Reflected light ONLY.

Infinity Plan objectives are specialized, high-grade optical lenses that correct for chromatic aberration and field curvature using parallel light paths. They provide a perfectly flat field of view (edge-to-edge sharpness) without distortion, which is essential for accurate industrial inspection and digital measurement.

Long Working Distance (LWD) objectives provide greater physical space between the tip of the lens and the specimen. This allows you to safely inspect thicker, uneven, or oddly shaped industrial materials without the lens crashing into the sample.

A quintuple nosepiece features five threaded holes, allowing you to mount up to five different objective lenses (e.g., 5x, 10x, 20x, 50x, 100x) simultaneously. This enables rapid switching between magnifications during complex industrial inspections.

It is perfectly suited for opaque materials including metal alloys, steel grains, ceramics, dense polymers, semiconductors, PCBs, integrated circuits, and precision engineering parts.

The field diaphragm controls the diameter of the light beam, reducing peripheral glare to improve image contrast. The aperture diaphragm adjusts the cone angle of the light, allowing the user to balance resolution and contrast perfectly for different metallic surfaces.

The 182x140mm dimension refers to the large double-layer mechanical stage. This oversized platform provides maximum stability for heavy or awkwardly shaped industrial samples, allowing for a smooth 77x52mm X-Y travel range without sample vibration.

A switchable light split (100:0 and 80:20) allows the user to direct the internal light path. You can send 100% of light to the eyepieces for normal viewing, or pull a lever to shift 80% of the light to the camera port for high-quality digital image capture.

The C-mount is the industry-standard threaded connection for attaching digital cameras. The adapter ensures that your camera sensor perfectly aligns with the microscope's optical path for clear, live digital viewing on a monitor.

These highly versatile microscopes are standard in university materials science departments, semiconductor manufacturing plants, automotive metallurgy labs, aerospace quality control centers, and forensics laboratories across India.

The Reflected light metallurgical microscope price India depends on specific optics and optional camera attachments you select. Please request a quote using our contact form for accurate B2B pricing and PAN India delivery.

An upright microscope (like this model) has the objectives above the stage looking down, which is great for standard-sized samples. An inverted microscope has the objectives below the stage looking up, which is useful for observing extremely large or heavy metallic chunks that won't fit under an upright lens.

Primary applications include metal grain boundary analysis, identifying inclusions and corrosion, inspecting semiconductor wafers, quality checking PCBs, and general materials science characterization.