Sci Tec Inc
Sci-Tec Inc. – Precision Laboratory Equipment for Research and Industry
Sci-Tec Inc. specializes in high-precision laboratory equipment for material analysis, sample preparation, and quality control. Our solutions are designed for scientific research, industrial laboratories, and production environments, ensuring accurate and reproducible results.
Core Product Categories
1. Milling and Crushing Systems
Sci-Tec Inc. offers milling and crushing instruments for controlled particle size reduction. These instruments are used in biotechnology, material science, and pharmaceutical research.
Ball Mills: Efficient grinding of biological and chemical samples.
Jaw Crushers: Primary crushing of hard materials.
Cutting Mills: Processing of fibrous and elastic materials.
Cryogenic Mills: Milling at low temperatures to preserve sample integrity.
2. Sieving and Particle Analysis
Particle size analysis is critical in many applications. Sci-Tec Inc. provides automated sieving solutions to classify and analyze particle size distributions.
Vibratory Sieve Shakers: Consistent and repeatable sieving for material testing.
Air Jet Sieves: Designed for fine powder classification.
Dynamic Image Analysis Systems: Real-time particle size and shape measurement.
3. Sample Preparation and Handling
Efficient sample preparation improves analysis accuracy. Sci-Tec Inc. provides sample dividers, laboratory feeders, drying ovens, and cleaning instruments to streamline lab workflows.
Sample Dividers: Ensures uniform sample distribution.
Drying Ovens: Removes moisture from samples before analysis.
Cleaning Systems: Automated solutions for laboratory glassware.
Applications
Sci-Tec Inc. instruments are used in:
Biotechnology:
Sample preparation for molecular biology and proteomics.
Pharmaceutical Research:
Precision milling and sieving for drug formulation.
Material Science:
Particle size analysis of nanomaterials.
Particle and Stability Analysis for Biotechnology
Biotechnology requires precise control over formulations to maintain stability and efficiency. Sci-Tec Inc.
offers instruments to analyze and monitor these formulations:
2.Accusizer 780 and NiComp 380:
Measure particle size and detect oversized particles in microemulsions and dispersions, ensuring consistency in biotechnological applications such as bio-based drug delivery systems.
1.Turbiscan MA:
Evaluates the stability of biological suspensions and dispersions by detecting sedimentation, aggregation, and particle size changes. It is useful in optimizing bioformulations such as enzyme solutions and biopolymer suspensions.
Process Monitoring in Biotech Manufacturing
Biotechnological processes require continuous monitoring to maintain product quality and optimize production conditions:
1.Turbiscan On-Line:
Provides real-time analysis of mixing processes by measuring mean particle size and detecting variations in formulations. It is used for quality control in biological production.
2.PartAn Process Analyzer:
Monitors particle size and shape in continuous production, ensuring uniformity in powder-based and granular biotech materials.
3.Flowability Analyzer:
Assesses the flow properties of powdered biotech materials, optimizing handling and processing.
Applications in Agri-Biotechnology
Analytical technologies from Sci-Tec Inc. support precision in bio-based agricultural products:
1.PartAn Particle Analyzer:
Measures the size and shape of granular biofertilizers and biopesticides to ensure proper dispersion and efficiency.
2.Turbiscan MA:
Evaluates the stability of biopesticide and bioherbicide suspensions, optimizing their effectiveness in agricultural applications.
Benefits in Biotechnology
Speed
The Turbiscan MA performs real-time monitoring and scans the entire sample every 40 microns, providing results quickly. This is essential in biotechnology research, where time-efficient testing accelerates product development.
Non-invasive
The system analyzes samples without dilution or altering their composition, preserving the integrity of the biological content.
Quantitative Analysis
By generating reproducible data on particle size, distribution, and stability, the Turbiscan MA helps researchers draw actionable conclusions, aiding in precise formulation adjustments.
The Turbiscan MA provides biotechnologists with critical insights into the stability and particle size characteristics of their formulations. Its ability to measure concentrated dispersions, monitor stability parameters, and analyze particle size without dilution offers a significant advantage in the development of biotechnological products, ensuring formulations meet the stringent requirements of stability and performance.