Anyty 3R-YD-S Portable Digital Microscope with WiFi Transmission and XYZ Micrometer Measurement (1500× Magnification)

Overview

The Anyty 3R-YD-S is a portable digital microscope engineered for high-precision in-situ microstructural inspection and dimensional metrology in industrial, quality control, and field service environments. Unlike conventional benchtop optical microscopes, the 3R-YD-S integrates a coaxial LED illumination system, real-time WiFi video streaming, and built-in XYZ micrometer-stage positioning—enabling sub-micron-level spatial resolution without requiring sample removal or vacuum chamber setup. Its optical architecture employs a finite-conjugate, multi-element achromatic objective lens system optimized for low-distortion imaging across a wide depth of field. The device operates on the principle of direct optical magnification combined with high-fidelity digital sensor capture (1/2.8″ CMOS, 1080p@30fps), delivering calibrated magnification up to 1500× when paired with optional auxiliary lenses and digital interpolation. Designed for non-destructive evaluation (NDE), it supports rapid visual verification of surface morphology, grain structure, coating integrity, and micro-defect topography—including nozzle clogging in inkjet printheads, fiber alignment in textile substrates, and metallurgical phase distribution in metallographic specimens.

Key Features

• Portable, battery-powered design with integrated rechargeable Li-ion pack (up to 4.5 hours continuous operation)
• Real-time wireless transmission via 2.4 GHz WiFi to Windows/macOS/iOS/Android devices using proprietary Anyty View software or standard RTSP-compatible viewers
• XYZ precision mechanical stage with micrometer-adjustable travel: X/Y ±12 mm (0.01 mm resolution), Z ±5 mm (0.005 mm resolution)
• Modular objective system supporting interchangeable lenses (standard 10×, optional 20×, 50×, and 100× objectives) to adapt magnification and working distance to application-specific requirements
• Coaxial cold-white LED illumination with adjustable intensity (0–100%) and glare-reduction diffuser ring for uniform surface lighting
• On-device measurement suite including point-to-point distance, angle, area, circle, and step-height calculation with calibration traceability to NIST-traceable standards
• Ruggedized aluminum alloy housing rated IP52 for dust resistance and incidental moisture exposure during field deployment

Sample Compatibility & Compliance

The 3R-YD-S accommodates a broad range of sample geometries—from flat polished metallographic mounts and printed circuit board (PCB) traces to curved turbine blades and rolled textile fabrics—without requiring mounting fixtures or vacuum compatibility. Its long working distance (≥30 mm at 10×) permits examination of bulky or irregularly shaped components directly on production lines or maintenance sites. The system complies with ISO 9001:2015 quality management protocols for metrological traceability, and measurement algorithms adhere to ISO 16276-2 (non-destructive testing — adhesion testing of protective coatings). While not certified under FDA 21 CFR Part 11, raw image and coordinate data export formats (TIFF, CSV, XML) support integration into GLP/GMP documentation workflows when paired with validated laboratory information management systems (LIMS).

Software & Data Management

The bundled Anyty View v4.x software provides full remote control, annotation, batch image capture, and report generation (PDF/HTML). All measurements are time-stamped and embedded with instrument metadata (model, serial number, calibration date, user ID), enabling audit-ready records. Image stacks can be exported with embedded scale bars and pixel-to-micron calibration coefficients. For enterprise integration, the microscope supports ONVIF-compliant streaming and RESTful API access for custom automation scripts (e.g., triggering capture upon PLC signal or integrating with MES platforms). Raw frame buffers are accessible via SDK for MATLAB, Python (OpenCV), or LabVIEW-based algorithm development.

Applications

• Metallographic analysis: Grain size assessment, inclusion counting, and heat-affected zone (HAZ) characterization per ASTM E112 and E384
• Precision manufacturing QA: Verification of micro-machined features, solder joint geometry, and microfluidic channel dimensions
• Printed electronics inspection: Conductive trace continuity, pad registration accuracy, and dielectric layer delamination detection
• Textile and paper microscopy: Fiber diameter distribution, weave density mapping, and coating uniformity evaluation
• Field-service diagnostics: In-situ corrosion pit depth measurement, gasket surface degradation assessment, and additive manufacturing layer fusion validation

FAQ

Does the 3R-YD-S support calibration certificate issuance?
Yes—NIST-traceable calibration certificates for magnification and XYZ stage linearity are available upon request (additional lead time and fee apply).
Can measurement data be exported in CSV format with SI units?
Yes—All quantitative outputs are exportable in UTF-8 CSV with configurable unit prefixes (µm, mm, deg) and decimal precision settings.
Is the WiFi module compatible with enterprise WPA2-Enterprise networks?
Yes—the device supports IEEE 802.1X authentication and integrates with RADIUS servers when configured via CLI or web interface.
What is the minimum resolvable feature size at maximum magnification?
At 1500× total magnification (100× objective + 15× digital zoom), theoretical resolution is limited by optical diffraction to approximately 0.4 µm under optimal Köhler illumination conditions.
Are replacement objectives and calibration standards available as spare parts?
Yes—All standard and high-NA objectives, stage calibration rulers (10 µm–100 µm pitch), and LED modules are stocked and shipped globally with documented part numbers and RoHS compliance statements.