Anyty 3R-PDEC-S Industrial Video Borescope

Overview

The Anyty 3R-PDEC-S is a high-performance, motorized industrial video borescope engineered for precision visual inspection in confined, inaccessible, or hazardous environments. Designed and manufactured by 3R Group in Beijing, this device employs a coaxial optical path with a high-sensitivity 1.0 MP CMOS image sensor and advanced digital signal processing to deliver stable, low-noise real-time imaging under variable lighting conditions. Its core functionality relies on a brushless DC motor-driven articulation system enabling precise, repeatable 360° bidirectional tip steering—critical for comprehensive internal surface assessment in aerospace turbine blades, automotive engine blocks, power generation piping, and HVAC ductwork. Unlike manual or semi-motorized alternatives, the 3R-PDEC-S integrates closed-loop position feedback for consistent angular repeatability (±2°), supporting traceable inspection workflows compliant with ISO 20816-1 (vibration-based machinery condition monitoring) and ASTM E2578-20 (standard guide for borescope examination of turbine engines).

Key Features

• Motorized 360° articulation with stepwise (0.5° increments) and continuous speed control—enabling both fine-tuned positioning and rapid repositioning.
• 10-level programmable LED illumination intensity, dynamically adjustable via touchscreen or hardware controls to maintain optimal contrast across varying reflectivity and depth-of-field conditions.
• Integrated 5.0-inch TFT LCD display with 800 × 480 resolution and capacitive touchscreen interface—supporting glove-compatible operation and intuitive gesture navigation.
• On-device 2D planar measurement suite: calculates linear distance, angular deviation, and surface area directly from live or captured images using calibrated pixel-to-unit mapping (calibration performed via included reference target).
• Embedded Android 7.1 operating system—providing native support for third-party SDK integration, custom application deployment, and secure firmware updates via USB or Wi-Fi (optional module).
• Ruggedized mechanical architecture: IP67-rated probe (submersible up to 1 m for 30 min), IP54-rated main unit, and reinforced stainless-steel sheath for abrasion resistance in abrasive industrial settings.

Sample Compatibility & Compliance

The 3R-PDEC-S accommodates a broad range of inspection targets—including metallic, composite, and ceramic components—with minimal preparation required. Its 6.0 mm diameter probe enables insertion into narrow access ports (e.g., spark plug holes, valve stems, heat exchanger tubes) while maintaining sufficient structural rigidity for push-through navigation. The system complies with IEC 61000-6-3 (EMC emission limits) and IEC 61000-6-2 (immunity requirements), ensuring reliable operation in electrically noisy factory floors. For regulated industries, audit-ready inspection reports—including timestamped images, operator ID, measurement metadata, and calibration logs—can be exported in PDF or CSV format, supporting GLP/GMP documentation standards and FDA 21 CFR Part 11 electronic record integrity requirements when deployed with validated software configurations.

Software & Data Management

Data capture and management are handled through the proprietary Anyty Inspection Suite, pre-installed on the device and compatible with Windows/macOS desktop clients. All captured images and videos are stored in standardized JPEG/H.264 formats with embedded EXIF metadata (date/time, brightness level, articulation angle, measurement parameters). The Android platform allows direct integration with enterprise asset management (EAM) systems via RESTful API, enabling automated report ingestion into CMMS platforms such as IBM Maximo or SAP PM. Firmware updates are digitally signed and delivered over secure HTTPS channels, with rollback capability and version history logging for regulatory traceability.

Applications

• Aerospace: Visual verification of compressor blade root cracks, combustion chamber liner integrity, and weld seam continuity in jet engine assemblies.
• Automotive: In-cylinder inspection of piston ring wear, valve seat erosion, and turbocharger turbine damage without disassembly.
• Energy: Internal corrosion mapping of boiler tubes, weld inspection in nuclear steam generator feedwater nozzles, and turbine vane clearance validation.
• Manufacturing: First-article inspection of machined internal geometries, post-weld verification in pressure vessels, and additive manufacturing build chamber residue detection.
• Infrastructure: Sewer line joint integrity assessment, conduit interior cleanliness verification, and bridge cable anchor housing inspection.

FAQ

What is the maximum operating temperature for the probe?
The probe is rated for continuous operation up to 80 °C ambient temperature; extended exposure above this threshold requires optional thermal shielding accessories.
Can measurement calibration be performed onsite?
Yes—calibration is executed using the supplied NIST-traceable calibration target and completed in under 90 seconds via guided on-screen prompts.
Is remote viewing possible during inspection?
Live streaming over Wi-Fi (with optional module) supports simultaneous viewing on up to four networked devices using RTSP protocol, with latency <120 ms.
Does the system support DICOM export for integration with medical imaging archives?
No—this is an industrial-grade borescope; DICOM compliance is not implemented. Export formats are optimized for engineering documentation (JPEG, PNG, MP4, CSV).
How is data security managed during firmware updates?
All firmware packages are cryptographically signed using SHA-256 and verified prior to installation; unsigned updates are rejected automatically by the bootloader.