Ray Technology™

Ray Technology

EnzymoGenius™ specializes in offering a comprehensive suite of advanced technologies tailored for bioplastics and biopolymers research, exclusively for scientific purposes. Our cutting-edge Ray Technology™, along with an array of other specialized tools, empowers researchers in the field of biology and medicine to explore and develop innovative solutions in biodegradable materials.

Background

In the realm of advanced materials, Ray Technology™ emerges as a revolutionary system, predominantly focusing on the domain of bioplastics and biopolymers. This cutting-edge technology epitomizes the convergence of biology, chemistry, and engineering, offering a unique platform where the inherent properties of biological materials are harnessed and enhanced. By employing a multitude of scientific tools and methodologies, Ray Technology™ effectively manipulates the molecular structure of biomaterials, enabling the development of high-performance bioplastics and biopolymers with customizable features. Ray Technology™ has proven instrumental in addressing some pressing issues centered around sustainability. The implementation of this novel technology fosters the creation of eco-friendly alternatives to traditional plastics, thereby contributing significantly to the drive for global sustainability. Moreover, the unique ability of Ray Technology™ to tune the properties of biopolymers according to specific requirements paves the way for a myriad of applications in diverse fields such as medicine, pharmaceuticals, packaging, and agriculture.

Fig 1. Sustainable plastic upcycling and biodegradable polymers. (Sohn, Y J, et al., 2020)

The Role of Ray Technology™ in Converting Plant-Based Sugars

With Ray Technology™, plant sugars can be converted to Ray plantMEG™, an important chemical building block for PET, fibers for apparel, furniture, and automotive fibers. This critical biochemical process involves the following steps:

Sugar Extraction: Ray Technology™ initiates the process by extracting sugars from plant biomass, including cellulose and hemicellulose.
Enzymatic Hydrolysis: Enzymes are employed to break down complex polysaccharides into simpler sugar molecules, such as glucose and xylose.
Fermentation: Microorganisms are introduced to metabolize these sugars, producing intermediates like ethanol.
Biochemical Conversion: Advanced biochemical processes transform ethanol into Ray plantMEG™, a bio-based monomer.

How Can We Help?

Custom Catalyst Development: Tailored catalysts for precise control.
Enzymatic Hydrolysis Expertise: Optimizing sugar breakdown.
Monomer Synthesis: Production of high-quality biopolymer precursors.
Polymerization Assistance: Ensuring effective polymerization.
Quality Control and Purification: High-purity biopolymer output.
Application-Specific Research Support: Tailoring solutions for unique research needs.
Biodegradability Testing: Assess the environmental impact and decomposition of materials.
Performance Evaluation: Test the functionality and durability of biodegradable products.

Services Process

1. Project Initiation: Define research objectives and requirements.

2. Sample Submission: Submit samples for analysis or synthesis.

3. Analysis/Synthesis: Conduct specialized analysis or synthesis as per project needs.

4. Data Collection: Gather data through precise experiments and measurements.

5. Data Analysis: Analyze collected data using advanced tools and techniques.

6. Reporting: Provide detailed reports with findings and recommendations.

7. Consultation: Offer expert guidance and consultation throughout the process.

Technical Advantages

Advanced Imaging Capabilities: Ray Technology™ boasts superior imaging facilities that incorporate high-resolution pixels, delivering an intense, clear, and detailed picture.
AI Integration: Ray Technology™ amalgamates AI effectively to elevate decision-making precision.
Customizable Features: This technology is crafted diligently to cater to the varying needs of its users by offering customization features in its instrumentation and computational protocols.
Sustainability: Emphasizing eco-friendly norms, Ray Technology™ promotes optimum energy usage to contribute towards a sustainable environment.

In the pursuit of sustainable and eco-friendly materials, CD Biosynsis stands as your trusted partner in the realm of bioplastics and biopolymers research. Our dedication to cutting-edge technology, customization, and sustainability ensures that your research endeavors yield meaningful results. For all your scientific needs in this field, don't hesitate to contact us.

Reference

Sohn, Y. J.; et al. Recent advances in sustainable plastic upcycling and biopolymers. Biotechnology Journal. 2020, 15(6): 1900489.