Infinity Photo-Optics InfinityCCD & DT2000 Microscopic Image Analysis System
| Origin | Canada |
|---|---|
| Manufacturer Type | Authorized Distributor |
| Import Status | Imported |
| Model | InfinityCCD & DT2000 |
| Pricing | Available Upon Request |
Overview
The Infinity Photo-Optics InfinityCCD & DT2000 Microscopic Image Analysis System is a modular, high-fidelity digital imaging solution engineered to retrofit conventional optical microscopes with state-of-the-art image acquisition, real-time visualization, and quantitative morphometric analysis capabilities. Built upon the principles of digital photomicrography and computational image metrology, this system integrates calibrated CCD sensors with deterministic software algorithms to convert analog or digital microscope outputs into quantifiable, auditable, and reproducible image datasets. It supports both live video streaming (via composite or USB 2.0 interfaces) and static high-resolution capture—enabling precise measurement of linear dimensions, area fractions, particle counts, grayscale intensity distributions, and multi-channel fluorescence co-localization where applicable. Designed for long-term operational stability in regulated environments, the system complies with foundational requirements for traceable documentation under GLP and ISO/IEC 17025 frameworks.
Key Features
- Modular hardware architecture: Compatible with upright, inverted, stereo, metallurgical, and polarizing microscopes from Leica, Nikon, Olympus, Zeiss, and domestic manufacturers via standardized C-mount or trinocular port adapters.
- Dual-path imaging support: Simultaneous analog (NTSC/PAL) output for monitor display and digital USB 2.0 streaming for PC-based analysis—eliminating reliance on legacy frame grabbers.
- Multi-sensor compatibility: Supports 1/2″ format CCDs ranging from 1.3 MP (Infinity, PixeLINK, YM130) to 12 MP (Nikon DXM1200F), including high-sensitivity models optimized for low-light fluorescence applications.
- Calibration-integrated workflow: Onboard spatial calibration using certified stage micrometers ensures µm-level measurement traceability across all magnifications and objectives.
- Real-time processing engine: Enables live histogram equalization, contrast enhancement, noise suppression, and edge detection without latency-induced frame drop.
Sample Compatibility & Compliance
The system accommodates transparent, opaque, stained, fluorescent, and birefringent specimens across life science, materials science, clinical pathology, and forensic disciplines. It supports standard glass slide formats (26 × 76 mm), petri dishes, wafer substrates, and bulk metallographic mounts. Software modules—including DT2000 (general-purpose morphometry), DT2000M (ASTM E112-compliant grain size analysis), and MiE V1.0 suites (USP particulate matter analysis, ISO 13319 particle sizing, and ICH Q5B glycosylation pattern assessment)—are validated for use in GxP-regulated laboratories. Audit trail logging, user access control, and electronic signature support align with FDA 21 CFR Part 11 requirements when deployed with validated IT infrastructure.
Software & Data Management
DT2000 and MiE V1.0 software platforms operate on Windows 10/11 (64-bit) and feature native TIFF, BMP, JPEG, and RAW (12-bit) file import/export. All analytical routines—including karyotype assembly, sperm motility tracking (CASA-compatible), chromosome counting, and cytomorphometric profiling—are scriptable via Python API extensions. Data export supports CSV, Excel, and XML formats with embedded metadata (objective magnification, exposure time, gain setting, calibration factor). Integrated DICOM gateway enables PACS integration for clinical pathology deployments. Backup and versioning are managed through configurable local network storage or cloud-synced repositories with AES-256 encryption.
Applications
- Academic research: Time-lapse cell migration studies, mitotic index quantification, and neurite outgrowth analysis.
- Metallurgy & materials QA: ASTM E112 grain size evaluation, inclusion rating per ISO 4967, porosity mapping in sintered ceramics.
- Clinical diagnostics: Pap smear cytology scoring (Bethesda System), urinary sediment particle classification, and fungal hyphae morphometry.
- Forensic science: Fiber diameter distribution analysis, handwriting stroke width measurement, and latent fingerprint ridge density calculation.
- Pharmaceutical QC: USP subvisible particle enumeration in injectables, crystal habit analysis in lyophilized formulations.
FAQ
Is microscope modification reversible?
Yes—mechanical adapters and camera mounts are non-invasive and leave no permanent alterations to the host microscope.
Can the system be used for fluorescence imaging?
Yes—models such as the Nikon DXM1200F and Leica DFC480 provide quantum efficiency >55% at 520 nm and support dual-band emission filtering with exposure times down to 10 ms.
Does DT2000 support automated thresholding for binary segmentation?
Yes—Otsu’s method, adaptive local thresholding, and trainable pixel-classification (via Weka plugin) are included.
What validation documentation is provided?
A comprehensive IQ/OQ protocol package—including sensor linearity verification, field-of-view uniformity maps, and software functional test scripts—is supplied with each installation.
Is remote technical support available?
Yes—secure TeamViewer-assisted troubleshooting, firmware updates, and custom macro development are offered under annual maintenance agreements.
