Phenom Avizo Trueput Battery Quality Analysis Software
| Brand | Phenom |
|---|---|
| Origin | Netherlands |
| Manufacturer Type | Authorized Distributor |
| Origin Category | Imported |
| Model | Avizo Trueput |
| Pricing | Available Upon Request |
Overview
Phenom Avizo Trueput Battery Quality Analysis Software is a purpose-built, SEM-integrated image analysis platform engineered to transform standard scanning electron microscope (SEM) imaging into a standardized, automated battery quality assessment workflow. Leveraging robust segmentation algorithms and morphology-based feature extraction, Trueput implements a deterministic pass/fail classification logic grounded in ASTM E1245–22 (Standard Practice for Determining the Microstructural Features of Metallic Materials Using Automated Image Analysis) and aligned with ISO 16232–7:2018 (Road vehicles — Cleanliness of components of fluid circuits — Part 7: Particle characterization by image analysis). Designed specifically for lithium-ion battery R&D, manufacturing QA/QC, and failure analysis labs, the software processes backscattered electron (BSE) or secondary electron (SE) micrographs acquired on Phenom desktop SEMs—though compatible with TIFF/RAW images from other SEM platforms—to quantitatively assess critical microstructural indicators including anode/cathode particle size distribution, separator pore uniformity, current collector coating thickness consistency, and foreign particle contamination.
Key Features
- Three-Step Automated Workflow: Acquire → Segment → Classify — enabling full pass/fail reporting without manual threshold tuning or operator-dependent interpretation.
- Reproducible Quantitative Metrics: Generates traceable, audit-ready outputs including particle count per unit area, equivalent circular diameter (ECD) histograms, aspect ratio distributions, and void fraction maps—each linked to raw image metadata (magnification, working distance, detector type).
- Configurable Rule-Based Classification Engine: Supports user-defined acceptance criteria (e.g., “max 3 particles >5 µm in cathode cross-section at 5k×”) stored as reusable templates compliant with GLP/GMP documentation requirements.
- Batch Processing & Audit Trail: Processes multi-field-of-view (FOV) datasets sequentially; logs all processing parameters, timestamps, and operator IDs in accordance with FDA 21 CFR Part 11 electronic record integrity guidelines.
- Seamless Integration: Native compatibility with Phenom’s Phenom Desktop SEM control software (v5.5+); exports annotated images, CSV reports, and PDF summary documents directly to network drives or LIMS systems.
Sample Compatibility & Compliance
Trueput operates on high-contrast SEM micrographs of battery cross-sections (polished or FIB-prepared), electrode surfaces, separator membranes, and contaminated current collectors. It supports both conductive and non-conductive samples imaged under low-vacuum or high-vacuum modes. The software’s analytical framework conforms to industry-relevant standards including IEC 62660–1:2022 (Secondary lithium-ion cells for electric road vehicles — Part 1: Performance testing), UL 1642 (Lithium Battery Standard), and internal OEM quality gates used by Tier-1 battery manufacturers. All measurement protocols are fully documented and support regulatory audits under ISO/IEC 17025 accreditation frameworks.
Software & Data Management
Avizo Trueput runs on Windows 10/11 (64-bit) workstations with ≥16 GB RAM and discrete GPU acceleration (NVIDIA CUDA-enabled). Data security is enforced via role-based access control (RBAC), encrypted local storage, and optional integration with enterprise Active Directory. Every analysis session generates a timestamped .xml metadata file containing instrument settings, calibration references, and version-controlled algorithm parameters—ensuring full traceability from raw image to final report. Export formats include ISO-compliant PDF/A-2, machine-readable CSV, and structured JSON for downstream statistical process control (SPC) integration.
Applications
- Automated detection of metallic contaminants (Cu, Al, Fe) in anode slurries using BSE intensity thresholds
- Quantification of cathode active material cracking and delamination severity post-cycling
- Separator pore size distribution analysis to validate mechanical stability against dendrite penetration
- Coating thickness uniformity mapping across electrode roll-to-roll production batches
- Root-cause analysis of premature cell failure through correlation of microstructural defects with electrochemical impedance spectroscopy (EIS) data
FAQ
Is Avizo Trueput compatible with non-Phenom SEMs?
Yes — it accepts standard TIFF, BMP, and RAW image files exported from any SEM platform, provided resolution and contrast meet minimum SNR requirements (≥25 dB).
Does Trueput require separate hardware licensing or dongles?
No — licensing is node-locked to the host workstation and managed via Phenom’s cloud-based License Manager; no physical dongles are required.
Can custom defect categories be added to the pass/fail library?
Yes — users may define new morphology-based classes (e.g., “crack clusters”, “agglomerated binder”) using the built-in training module and export them as shared templates across lab networks.
How is measurement uncertainty handled in automated reports?
Each quantitative output includes propagated uncertainty estimates derived from pixel resolution, magnification drift correction, and segmentation confidence scores — reported alongside nominal values in all exported datasets.
