Food Ingredients
Technology Platform
Comprehesive technical support and service
Laboratory
Applied Research Platform
Eight Major Testing Resource Allocations
Laboratory
Product Formulation Design
Process manufacturing and production, verification
Application Engineering Support
Testing and Certification Assurance
Pilot-scale Line for the Production of Functional Proteins and Peptides
Pilot-scale Line for the Production of Functional Proteins and Peptides
Pilot Production Line for Sauce Preparation
Pilot Production Line for Sauce Preparation
Pilot Production Line for Baked Goods
Pilot Production Line for Baked Goods
Pilot Production Line for Dairy Products and Beverage Preparation
Pilot Production Line for Dairy Products and Beverage Preparation
Pilot Production Line for Ice Cream Manufacturing
Pilot Production Line for Ice Cream Manufacturing
Dairy/Beverage Stability Testing
Dairy/Beverage Stability Testing
2. Suitable for a wide range of particle sizes (0.1 μm to 1 mm) and concentrations (up to 95% by volume), with a controllable temperature range from 5°C above ambient temperature up to +60°C, and temperature control accuracy of ±0.5°C.
Starch and Its Derivative Performance Testing
Starch and Its Derivative Performance Testing
2. The test results are reliable and reproducible, providing a solid basis for the development of starch and its products.
Bioactive Peptide Profiling/Amino Acid Composition Analysis
Bioactive Peptide Profiling/Amino Acid Composition Analysis
2. Provide a scientific basis for the application of bioactive peptides.
Texture Property Testing
Texture Property Testing
2. It can measure over 50 physical property parameters, including hardness, viscosity, elasticity, brittleness, chewiness, tensile strength, compressive strength, and penetration resistance, providing crucial data to support food product development.
Microscopic Feature Detection
Microscopic Feature Detection
2. It can detect microscopic structures such as the microarchitecture of food products, intracellular protein distribution, and gene expression, making it widely applicable in fields like food science, cell biology, molecular biology, and drug development.
Heavy Metal Indicator Testing
Heavy Metal Indicator Testing
2. High sensitivity, highly automated control—during continuous measurements, the system automatically adjusts to the optimal parameter settings based on the sample and element being analyzed.
Physicochemical Parameter Testing
Physicochemical Parameter Testing
2. Provide a basis for the scientific application of food raw materials and ingredients, as well as for the targeted development of products.
Microbial Indicator Testing
Microbial Indicator Testing
2. Provides a basis for the scientific application of food raw and auxiliary materials, as well as ensuring products comply with market regulations before entering the market.
Scientific Research and Innovation
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