Holmarc's Telecentric Digital Inspection /Measuring Microscope Model : HO-MM221V @holmarcproducts

Uploaded August 2025 | Updated September 2026, 1 day ago

🔍 High-Precision Digital Inspection with Holmarc MM221V | Telecentric Measuring Microscope

Discover Holmarc’s Model HO-MM221V, a high-precision digital inspection and measuring microscope designed for dimensional tolerance analysis using telecentric optics. Ideal for shop floor inspection, tool part measurements, and test tool analysis, this PC-based system offers unmatched accuracy in a compact form.

📌 Key Features:
✅ Telecentric lens for ultra-low distortion
✅ 3MP CMOS color camera
✅ 1µm measurement resolution
✅ 25 x 25 mm XY precision stage (expandable up to 400 x 200 mm)
✅ Multi-mode LED illumination – angled, bottom & coaxial (green)
✅ User-friendly software interface for inspection and measurements
✅ Ideal for quality control, metrology, and microfabrication

💡 Whether you're measuring machine parts, tools, or delicate components, the HO-MM221V provides exceptional optical clarity and measurement reliability.

🔗 Explore more: holmarc.com/telecentric_digital_inspection_microscope.php

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For more details mail us to sales@holmarc.com

Holmarcs Telecentric Digital Inspection /Measuring Microscope Model : HO-MM221V

Ø12 mm P Series Post #holmarc #optomechanics #optoelectronics #physics #materialhandling #research

$Variable Angle Laser Ellipsometer Ellipsometry is a very sensitive optical technique which provides unequaled capabilities for thin film metrology. Ellipsometry exploits phase information and polarization state of light and so can achieve angstrom level resolution. The main advantages of ellipsometry are its non-destructive character, high sensitivity and wide measurement range. The optical parameters like thickness and refractive indices of a thin film can be determined precisely by this technique. In the ellipsometer model no: HO-ED-P15, an elliptically polarized light is made incident on the test substrate and the reflected light which is linearly polarized is analyzed for polarization changes. The instrument consists of two concentrically rotating arms around a precisely graduated disc fixed to a heavy base. A laser source is held on one arm and the detector assembly on the other arm. The graduated disc has 1 scale and 0.1 resolution achieved through a vernier. Power supplies for laser source and detector are placed separately. Polarizer, analyzer and quarter waveplate are held in precision rotary stages in the optical path with precise graduations having 0-360 range and 0.1 resolution.$

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