Advanced Materials Improvement and Optimization Services

At CD BioSciences-Advanced Materials, we concentrate on advanced materials engineering through novel performance enhancement and tailoring services. The services provided include composition control, structural control, processing optimization, surface modification and functionalization, and composite design. We strive to solve our clients' material performance challenges, which increases project efficiency and excellence, resulting in greater product innovation and market competitiveness.

Overview of Advanced Materials Improvement and Optimization

Improvement and optimization of advanced materials means using technology and engineering to elevate the functionality of a material systematically. This service is particularly useful for specific industrial requirements, product competitiveness, and new material technology development.

Our Advanced Materials Improvement and Optimization Platforms

Topology Optimization Algorithms

The optimal layout of materials is achieved with the help of topology optimization algorithms. Through key technologies such as topology optimization and new material development, the efficiency and accuracy of the algorithms can be improved with the help of stiffness diffusion methods and computational software development.

Nanotechnology

With the help of nanotechnology, the structure and composition of materials are controlled at the molecular scale. The lattice arrangement on the nanoscale can be controlled, thus enhancing the material's mechanical, electrical, thermal, and even conductivity properties. Biocompatible nanoparticles for targeted drug and diagnostic delivery can be created in the medical field.

Materials Genetic Engineering

Materials genetic engineering combines the efficient computational design of materials, advanced experimental techniques with big data, and artificial intelligence to accelerate the transformation of materials optimization. Through high-throughput experiments and big data technologies, global optimization of material composition and processes can be achieved.

Advanced Structures and Composites

The development of advanced structure and composite materials technology enables the creation of new corrosion-resistant structural materials with high-performance polymers and their composites and multi-dimensional structures.

Why Material Improvement and Optimization?

• Enhance Material Properties
  Futuristic engineering components always have better attributes like strength-to-weight ratio and superior thermal and electrical conductivity.
• Sustainability
  The improvement of new materials alone reduces waste and energy consumption considerably. Advanced materials also have the potential to enhance the efficiency of many technologies, which would result in greater environmental sustainability.
• Reducing Costs
  An increase in enhanced material attributes, as well as improvements within the manufacturing processes, results in lower production costs.  Advanced materials further lower expenditures associated with maintenance and replacement, thus minimizing overall life cycle costs.

Our Services

Applications

Our team of experts is dedicated to providing technical support and guidance throughout the material improvement and optimization process to ensure client satisfaction and success. If you are interested in our services, please contact us for more information.

For Research or Industrial Raw Materials, Not For Personal Medical Use!