Anyty 3R-MFXS-BS Portable High-Depth-of-Field Industrial Video Endoscope

Overview

The Anyty 3R-MFXS-BS is a portable, integrated industrial video endoscope engineered for high-depth-of-field (HDF) visual inspection in confined and inaccessible spaces. Utilizing a fixed-focus optical system optimized for extended depth of field—typically ranging from 5 mm to 150 mm without mechanical refocusing—the device delivers consistent image sharpness across varying distances within complex geometries. Its core imaging architecture comprises a 1-megapixel CMOS sensor paired with an ultra-wide-angle lens and uniform LED illumination array (8 adjustable white-light LEDs), enabling high-fidelity real-time visualization under low-visibility conditions. Designed for field-deployable non-destructive testing (NDT), the 3R-MFXS-BS complies with foundational operational requirements for visual inspection per ASTM E2579 (Standard Guide for Visual Inspection), supporting traceable documentation through on-device capture and metadata tagging.

Key Features

• 3.5-inch IPS TFT LCD display offering wide viewing angles, high contrast ratio (>800:1), and sunlight-readable luminance (≥450 cd/m²), ensuring reliable interpretation in ambient lighting variations typical of plant floors or outdoor infrastructure sites.
• Multi-layer braided stainless-steel insertion tube (6.0 mm diameter, 1 m standard length) with IP67-rated ingress protection, providing torsional rigidity, kink resistance, and chemical resistance to common industrial contaminants including hydrocarbons and mild solvents.
• Integrated ergonomic handheld chassis with precision thumb-operated joystick for intuitive articulation control (±120° bending range in two planes), reducing operator fatigue during prolonged inspections.
• On-device media management: supports still-image capture (JPEG) and video recording (AVI, H.264 encoding) directly to removable microSD card (up to 128 GB, Class 10 recommended), with timestamp, frame counter, and optional watermark overlay for QA traceability.
• Built-in rechargeable lithium-ion battery (7.4 V, 2600 mAh) delivering ≥3.5 hours of continuous operation under nominal illumination and display brightness settings.

Sample Compatibility & Compliance

The 3R-MFXS-BS is validated for use across diverse industrial asset classes requiring internal visual assessment—including turbine casings, weld seams in ASME Section VIII pressure vessels, aircraft bleed air ducts (per FAA AC 43.13-1B guidance), heat exchanger tubes, automotive engine blocks, and municipal water main joints. Its optical design minimizes parallax error and accommodates surface irregularities common in cast, forged, or corroded components. While not certified to EN 13554 (endoscopes for medical use), the instrument adheres to electromagnetic compatibility (EMC) requirements outlined in IEC 61326-1 for industrial measurement equipment and meets RoHS 2011/65/EU material restrictions. Documentation workflows align with GLP/GMP principles when integrated into controlled inspection procedures.

Software & Data Management

No proprietary desktop software is required for basic operation; however, captured media files are natively compatible with industry-standard review platforms such as Olympus NDT’s OmniScan MX2 report generators or MISTRAS Group’s PARS software via standard file import. Metadata fields (date/time stamp, operator ID input, inspection point identifier) are embedded in EXIF headers for JPEGs and container metadata for AVI clips. For regulated environments, the device supports integration with enterprise digital inspection systems via USB mass storage mode—enabling audit-trail synchronization with LIMS or CMMS platforms that accept time-stamped visual evidence per FDA 21 CFR Part 11-compliant validation frameworks (when paired with appropriate electronic signature controls).

Applications

• Aerospace maintenance: Visual verification of fastener integrity, foreign object debris (FOD) detection, and coating continuity in narrow access panels and fuel system manifolds.
• Power generation: Boiler tube wall thickness estimation via comparative shadow analysis, weld root inspection in superheater piping, and turbine blade leading-edge erosion assessment.
• Automotive manufacturing: In-process verification of weld penetration in chassis subassemblies, coolant passage clearance checks, and post-assembly verification of harness routing.
• Oil & gas infrastructure: Internal corrosion mapping in aboveground storage tank bottoms, valve seat inspection in isolation manifolds, and pig launcher/receiver chamber evaluation.
• Facility maintenance: HVAC duct contamination surveys, elevator hoistway component wear assessment, and concealed conduit integrity verification prior to retrofitting.

FAQ

What is the minimum focus distance for the 3R-MFXS-BS?

The optical system maintains usable resolution from approximately 5 mm to 150 mm from the distal tip, eliminating the need for manual focus adjustment during routine inspections.
Is the insertion tube articulation motorized or manual?

Articulation is manually controlled via the integrated joystick; no onboard motors are used—ensuring intrinsic safety in explosive atmospheres (Class I, Division 2 compliant when operated per manufacturer instructions).
Can the device be calibrated for quantitative measurements?

While not supplied with certified calibration artifacts, the system supports optional scale bar overlays and third-party photogrammetric software (e.g., GOM Inspect) for relative dimensional estimation when used with reference targets.
Does it support external recording or HDMI output?

No native HDMI or USB video-class output is provided; all recording is performed internally to microSD. External capture requires analog-to-digital conversion via compatible capture cards.
What environmental certifications does the unit carry?

It carries IP67 ingress protection and meets IEC 60529, IEC 61000-4-2 (ESD immunity), and IEC 61000-4-3 (radiated RF immunity) standards for industrial electromagnetic environments.