At OROW Scientific Consulting Inc., we leverage extensive expertise to drive advancements in materials science, polymers, and sensors, providing comprehensive support for your research and commercialization goals. Our diverse range of services ensure that we meet the unique needs of each client, guiding them through every stage of technology evaluation and development.

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Technical Expertise in Material Development​

1. Polymers and polymer processing

• Polymer chemistry: In-depth understanding of polymer synthesis, polymer blends, characterization and properties.

• Use of advanced polymerization techniques: Living/Atom Transfer Radical Polymerization (ATRP), Reverse Addition Fragmentation Chain Transfer Polymerization (RAFT), Ring Opening Polymerization (ROP), and Metathesis Ring Opening Polymerizations (ROMP), anionic, radical and suspension polymerization.

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   2. Material Science

• Nano-materials: Guiding of nanotechnology and its application in enhancing material properties and methods of making them.

• Plasmonic materials and Quantum Dots (QDs)

• Self-Assembling materials and nanocomposites

• Polymer surface modification and bio-conjugation protocols

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   3. Composite materials:

• Expertise in developing and testing composite materials for specific applications.

• Carbon fiber precursor (i.e Polyacrylonitrile (PAN)) of high Mw and low DPI.

• Extrusion and compounding of thermoplastic polymers for different applications.

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   4. Cross-disciplinary collaborations:

• Interdisciplinary projects: Ability to work with teams across chemistry, engineering, and environmental science.

• Industry partnerships: Collaboration with academic institutions and industry leaders for research and development.

• Trend analysis: Keeping abreast of industry trends and emerging technologies to guide clients.

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Material Characterization

We provide comprehensive material characterization services using a range of analytical techniques:

 

1. Polymer Analysis 

• Molecular Weight Determination: Using GPC (Gel Permeation Chromatography) analyze polymer size distribution.

• Thermal Analysis: DSC (differential Scanning Calorimetry), TGA (Thermogravimetric Analysis), DMA (Dynamic Mechanical Analysis) for thermal properties.

• Rheological Testing: To study flow behavior and viscoelastic properties of polymers.

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2. Material Characterization

• Spectroscopic Analysis: Techniques like FTIR, UV-VIS, NMR, XPS and Raman to determine chemical composition.

• Microscopy: SEM (Scanning Electron Microscopy), and TEM (Transmission Electron Microscopy) for structural analysis.

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3. Performance Testing

• Mechanical Testing: Tensile, compression, and impact tests to evaluate strength and durability.

• Chemical Resistance Testing: Assessing polymer performance against various solvents and chemicals.

• Environmental Testing: Evaluating materials properties and behavior under different temperature, humidity and UV exposure conditions.  

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4. Customized Testing Protocols

• Development of tailored testing protocols for specific client needs or applications.

• Validation of testing methods to meet regulatory standards.

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5. Consultation and Advisory Services

• Technical support for material selection and optimization

• Guidance on regulatory compliance and safety assessments for new materials.​

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Sensor Development and Integration

We are pioneers in developing and integrating innovative sensing technologies, focusing on:

• Touch/Force Sensing

• Optical Sensing

• Biomedical Sensing

• Wearable Technology and Healthcare Applications

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Our approach involves creating novel materials and integrating them into cutting-edge sensing devices.

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​1. Sensor Design and Prototyping

• Concept Development: Ideation and conceptualization of sensor applications.

• Prototyping: Rapid prototyping of sensors using various materials and technologies.

2. Material selection and characterization

• Material Analysis: evaluation of materials suitable for sensor components (e.g., substrates, electrodes, components and formulations).

• Performance Testing: Characterization of materials for sensitivity, stability, and durability.

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3. Sensor Fabrication Techniques

• Concept Development: Ideation and conceptualization of sensor applications.

• Prototyping: Rapid prototyping of sensors using various materials and technologies.

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4. Calibration and validation

• Calibration Services: Establishing and verifying sensor accuracy and reliability,

• Field Testing: Real-world testing to validate sensor performance in intended environments.

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5. Integration with Systems

• IoT integration: Designing sensors for compatibility with internet of Things (IoT) platforms.

• Interface development: Creating user friendly interfaces for data visualization and interaction.

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6. Regulatory Compliance and Safety Assessment

• Compliance Testing: Ensuring sensors meet industry standards and regulations.

• Risk assessment: Evaluating potential hazards associated with sensor use.​

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Training Programs

Our expert-led training programs are designed to empower participants with the skills and knowledge necessary for success in materials development and processing.

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At OROW Scientific & Consulting Inc., our mission is to propel your research endeavors towards successful commercialization. We provide strategic evaluations, detailed technical reports, comprehensive presentations, and customized services to meet your specific needs. Partner with us to advance your technological innovations and achieve your research goals.

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​1. Workshops and Seminars

• Hands-on workshops: Practical sessions on specific techniques or themes (e.g., polymers and polymerization, nanomaterials, thermal analysis, spectroscopy)  

• Seminars: Presentations on current trends and advancement in scientific fields.

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2. Technical training programs

• Instrumentation Training: In-depth training on the sue of specific analytical instruments. 

• Software Training: Guidance on data analysis software and tools relevant to client’s needs.

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3. Custom Training Solutions

• Tailored courses: Developing customized training programs based on the client’s specific requirements.

• On-site Training: offering training sessions at the client’s location for convenience. 

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4. Safety and Risk Management Training

• Laboratory safety: Best practices for maintaining safety in laboratory environment.

• Hazardous Materials Handling: Training on proper handling and disposal of hazardous materials.

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5. Industry Specific Training

• Sector-focused programs: Training tailored to specific industries such as biotechnology, environmental science).

• Emerging Technologies: Workshops on new technologies and methodologies to specific fields.