Characteristics of Nano-Structures - Florida State University
Nano Glass Structures
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Transcript of Nano Glass Structures
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MICRONIT MICROFLUIDICS
• Developing, prototyping and manufacturing of lab-on-a-chip products
• Microfluidic solutions for life sciences industry
• Unique combination of microfluidics know-how and micromachining capabilities
• Market innovator through R&D department, cleanroom facilities and intellectual property
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CORE BUSINESS
LAB-ON-A-CHIP DEVICES
• high accuracy glass micromachining
• rapid prototyping
• high-volume manufacturing
R&D SERVICES
• co-engineering
• design for manufacturing
• microfluidics know-how
MICROFLUIDIC INTERCONNECTIONS
• fast fluidic interconnections
• low (near-zero) dead volume
• working safely with high pressure
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BIOTECHNOLOGY
APPLICATIONS
• DNA sequencing
• Protein analysis
• Cell analysis (sorting/counting)
ADVANTAGES
• High data quality
• Fast results
• Speed of analysis
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MEDICINE
APPLICATIONS
• Blood analysis
• Drug delivery
• Cell treatment
ADVANTAGES
• Point of care
• Efficiency in workflow
• Hand held instruments
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ECOLOGY
APPLICATIONS
• Water analysis
• Food safety
• Animal health monitoring
ADVANTAGES
• Fast results
• In or at line measurements
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PHARMACY
APPLICATIONS
• Flow assays
• Drug development
ADVANTAGES
• Low reagent consumption
• Fast Results
• Reduced time to market.
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NON LIFE SCIENCES
• Chemistry
• Automotive
• Physics
• IT
• Aerospace
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PROCESS CONTROL
YIELD ANALYSIS
TRACK & TRACE
PRODUCTION FACILITIES
REPRODUCIBILITY
SUPPLY CHAIN MANAGEMENT
PROCESS AND PRODUCT R&D
NOVEL APPLICATIONS
HIGH TECH ENVIRONMENT
QUALITY VOLUME
INNOVATION