Serving domains that depend on clarity

In pharmaceutical development and manufacturing, visual analysis is critical for consistency, quality, and compliance. The CLAIRITY™ Suite brings automation, repeatability, and high-resolution insight to particle assessment, visual inspection, microbial analysis, and packaging verification—supporting data integrity from R&D through production.

Particle Analysis in API and Formulation Development

Particle size and morphology influence solubility, bioavailability, and formulation stability. CLAIRITY™ enables accurate, repeatable particle size distribution analysis using high-resolution imaging. Whether for API characterization or solid dosage formulation, it eliminates subjectivity associated with manual microscopy and supports consistent product performance.

Automated Inspection of Solid and Liquid Dosage Forms

CLAIRITY™ enables real-time inspection of tablets, capsules, vials, ampoules, and blister packs. It detects visual defects—such as cracks, discoloration, and surface contamination—with speed and reproducibility, reducing reliance on manual checks and minimizing error rates during batch release.

Label and Packaging Verification

The platform supports automated checks of labels, barcodes, leaflets, and expiry data—critical for serialization, anti-counterfeiting, and regulatory compliance in global markets. It confirms printing accuracy and traceability across packaging components.

Formulation Process Monitoring

CLAIRITY™ offers imaging support for emulsion stability, granule formation, crystallization patterns, and coating uniformity. These insights help optimize formulation parameters and support comparative analysis between batches, raw material sources, or manufacturing methods.

Thermal Behavior Monitoring

Infrared imaging enables non-invasive monitoring during drying, coating, and lyophilization. It identifies cold spots, hot zones, and uneven heat transfer that may affect product quality or therapeutic performance.

Microbial Analysis in Sterile Environments

In microbiology labs, CLAIRITY™ automates colony counting, morphology assessment, and growth tracking. It supports bioburden testing, environmental monitoring, and sterility assurance, minimizing manual intervention in aseptic areas.

AI-Driven Classification and Root Cause Analysis

Advanced algorithms detect complex morphological patterns across crystallization, microbial behavior, and contamination. This supports trend detection, predictive analytics, and helps identify sources of out-of-specification events.

Regulatory Compliance and Integration

The suite is 21 CFR Part 11-ready, offering secure user access, electronic signatures, audit trails, and centralized data storage. It integrates with LIMS and MES systems, enabling standardized analysis templates and site-wide data access.

Scalable Across Sites and Functions

From small-scale R&D to enterprise-wide deployment, CLAIRITY™ adapts to meet the needs of both laboratories and production. Its modular architecture supports flexibility, repeatability, and institution-wide visibility.

Biologic therapies, such as monoclonal antibodies, gene therapies, and recombinant proteins, require tight control of particle behavior to maintain stability, bioactivity, and batch consistency. From formulation to downstream processing, particle size impacts release kinetics, aggregation, syringeability, and storage behavior. Variability in particle morphology can disrupt drug delivery, alter viscosity, and compromise therapeutic performance. Consistent particle analysis is crucial throughout the product lifecycle to minimize batch failures and ensure regulatory compliance.

In chemical and material research, even slight changes in particle morphology can significantly impact flow behavior, reactivity, and product stability. Applications such as coatings, composites, ceramics, and polymers require accurate and repeatable analysis of size, shape, and dispersion to maintain consistency throughout development, testing, and scale-up.

Academic institutions are advancing toward a more interdisciplinary, data-driven learning environment. The CLAIRITY™ Suite brings image-based analysis into classrooms and research labs, enabling students and faculty to convert microscopic visuals into reliable data. From undergraduate teaching to funded research, it supports skill-building, discovery, and digital readiness across disciplines.

Turning Microscopy into Measurable Data

CLAIRITY™ transforms qualitative observations into quantifiable insights. Whether analyzing particles, microbial colonies, surfaces, or thermal changes, the platform applies particle sizing, morphology analysis, image segmentation, and thermal mapping to generate reproducible outputs, backed by automated reports and high-resolution visuals.

Cross-Disciplinary Use in Scientific Education

Designed to support collaborative academic environments, CLAIRITY™ is used in:

• Life sciences and biotechnology for colony growth, cell structure, and biofilm morphology
• Materials and nanoscience for uniformity, surface defects, and nanostructure imaging
• Pharmaceutical sciences for particle behavior, drug crystallinity, and formulation analysis
• Environmental sciences for particulate tracking in water and air quality samples

Engineering and applied sciences for coating analysis, thermal mapping, and defect evaluation

Enhancing Teaching Laboratories

In classroom labs, CLAIRITY™ introduces students to real-world tools used in research and industry. It replaces subjective microscopy with digital workflows that build competencies in:

• Imaging and image enhancement
• AI-based object detection and classification
• Particle analysis and result interpretation
• Reporting aligned with regulatory-grade standards

Educators can structure lab sessions that mirror current industry practices, supporting smoother transitions to internships, research roles, or jobs in science and engineering.

Enabling High-Impact Research

In competitive academic environments, publication-quality data and repeatable analysis are essential. CLAIRITY™ supports:

• High-resolution imaging for peer-reviewed research
• Reproducible workflows with minimized observer bias
• Batch processing for group-wise comparisons or time-point studies
• Integration with external data tools for statistical analysis

It helps institutions elevate their research outputs and meet the rigor required for grants, publications, and collaborations.

Modular and Scalable Infrastructure

CLAIRITY™ adapts to small labs or large institutional networks. Teams can begin with targeted applications like particle sizing or colony counting and scale across departments. Centralized access, secure data handling, and optional cloud compatibility support broader institutional goals.

Supporting Strategic Academic Partnerships

Through active MoUs with leading institutions, CLAIRITY™ is now integrated into teaching and research labs at:

• Indira College of Pharmacy, Pune
• L.M. College of Pharmacy, Ahmedabad
• Institute of Chemical Technology, Mumbai
• Bombay College of Pharmacy, Mumbai
• IIT BHU, Varanasi
• Dr. D.Y. Patil Vidyapeeth, Pune
• Poona College of Pharmacy, Pune
• Bharati Vidyapeeth Pharmacy College, Navi Mumbai
• BNCP, Mumbai

These partnerships offer training, curriculum integration, workshops, and research collaboration, bridging the gap between academia and industry.

Trace particles such as gunshot residue, explosive fragments, fibers, and soil often provide key links in forensic investigations. Identifying the physical characteristics of these materials—such as size, shape, and elemental composition—helps distinguish sources, interpret scenes, and support case evidence. Consistency and accuracy in analysis are crucial, particularly when findings must withstand legal scrutiny and procedural review.

Texture, solubility, and microbial safety are key quality markers in food and beverage products. Particle size affects how powders dissolve, emulsions behave, and formulations retain their integrity during processing and storage. At the same time, microbial load impacts shelf life, spoilage risk, and fermentation consistency, making reliable analysis essential in both R&D and production.

Product stability, texture, and microbial safety are core to cosmetics formulation and production. Particle behavior affects the look, feel, and performance of emulsions, suspensions, and active delivery systems, while microbial monitoring facilitates bioburden control and preservative validation. To meet both consumer expectations and compliance benchmarks, labs require tools that deliver speed, accuracy, and traceable results.

The cannabis industry operates under strict compliance and quality expectations. Particle size and material purity directly affect dosage accuracy, extraction efficiency, product consistency, and shelf life. Uniform particles improve bioavailability in edibles and concentrates, while proper particle control in inhalables supports smooth combustion and vaporization. Smaller particles also enhance solvent penetration during extraction, and accurate characterization helps identify contaminants and minimize formulation errors.

Dairy production depends on precise control of both microbial activity and particle behavior across every stage, from raw milk handling to final packaging. Particle size influences emulsion stability, texture, and reconstitution performance, while microbial assessments are used to verify starter cultures, detect pathogens, and maintain hygiene standards in processing environments.

Mining operations face persistent challenges around efficiency, cost, and environmental compliance. Inconsistent particle size can disrupt extraction, reduce material quality, and increase energy consumption during grinding and separation. Accurate particle control is essential for optimizing flotation, filtration, and mineral recovery, while uniformity supports better downstream performance in industries like construction and metallurgy. As regulations tighten and material demands increase, real-time analysis becomes critical to avoid waste and maintain stable output.

The additive manufacturing industry—spanning 3D printing of metals, polymers, ceramics, and composites—requires strict control over particle size and morphology to maintain flowability, layer uniformity, and mechanical strength. Variations in powder characteristics can lead to porosity, warping, weak part integrity, and failed builds. As AM moves toward high-volume production and tighter certification standards, real-time particle characterization is essential for quality control, traceability, and material reuse optimization.

Packaging precision is critical across pharmaceuticals, personal care, and consumer goods. Regulatory demands, multilingual content, and serialized elements make manual proofreading error-prone and unsustainable. From cartons and labels to braille and barcodes, packaging must meet branding and compliance expectations without delays or rework.