3D Printing Technical ServiceAs a cutting-edge technology that precisely realizes complex three-dimensional (3D) solid structures, 3D printing technology is capable of highly restoring design details and giving products personalized and customized characteristics and has demonstrated transformative value in aerospace precision manufacturing, biomedical implant development, and industrial design, among other fields. CD BioSciences relies on a self-developed multi-material and multi-process 3D printing platform to provide global clients with one-stop technical services from model design optimization, high-precision printing and processing to post-processing.
3D printing technology, also known as additive manufacturing, is a manufacturing method that transforms a digital model into a solid object by stacking materials layer by layer. The core principle is to slice the 3D design file into 2D layers of data, and then the printer deposits materials (e.g., plastics, metals, ceramics, etc.) layer by layer to eventually form a complete object. The technology breaks through the limitations of traditional subtractive manufacturing and realizes a seamless transition from design to production.
CD BioSciences is committed to transforming 3D printing technology into a "floor-to-ceiling productivity tool", providing end-to-end support from design to finished product.
Demand Matching
We have a multidisciplinary team consisting of material scientists, structural engineers, and industrial designers to clarify the core requirements of clients through structured interviews. At the same time, we focus on mechanical properties, weather resistance, biocompatibility, and other indicators to personalize the design of 3D printing solutions.
Data Optimization
If the client only has conceptual sketches, we provide industrial design services to transform the idea into a printable 3D model; if the client already has an STL/STP file, we use topology optimization algorithms to reduce the support structure and improve the material utilization rate.
Process Matching
Based on the function of the part (load-bearing/elasticity/transparency), accuracy requirements, and lead time, our professional team can accurately match the process from a variety of technology routes.
| Decision Dimension | Printing Conditions/Requirements | Printing Methods/Materials |
| Functional Requirements | Load-bearing Structure | Metal Printing |
| Flexible Parts | Flexible Printing | |
| Transparent Parts | Light-curing Resin | |
| Accuracy Requirements | Medical Implants | Titanium |
| Architectural Models | Sand Molding | |
| Lead Time | Emergency Prototypes (24 h) | Rapid Prototyping |
| Small Series Production (7 days) | Nylon Sintering | |
| Cost Sensitivity | High Value Added Parts | Metal 3D Printing |
| Low-Value Consumables | Mass Production |
Production Monitoring
We track the status and progress of equipment in real time and document the 3D printing process layer by layer to ensure that client needs are met.
Post-processing Customization
We also support a variety of surface treatment processes such as sanding and polishing, sandblasting and coloring, plating, heat treatment, etc., to meet different scenarios (e.g., food-grade coating, high-gloss mirror).
From engineering materials to photosensitive resins, we provide 3D printing solutions for hundreds of materials covering a wide range of industries such as chemical, aerospace, food, and medical, making every gram of material for the application scenario.
Engineered Materials
Selected high-strength, weather-resistant materials to support the full range of needs from prototype validation to mass production.
Photosensitive Resins
A selection of photosensitive resins of varying hardness and clarity to meet printing needs ranging from high-gloss surface materials to medically clear catheters.
Fittings
Selection of flexible TPU, conductive ink, magnetic powder and other special materials, so that 3D printing from "structural parts" to "functional parts".
Medical Materials
Adoption of medical grade materials with biocompatibility, degradability and specific functionality, and development of tissue engineering scaffolds, etc.
CD BioSciences focuses on providing high-precision 3D printing solutions for the medical, food, and chemical industries with the core concept of "technology breaks through the boundary, innovation empowers the future". We integrate multi-material process libraries to help breakthroughs in scientific research and industrial upgrading. We sincerely invite partners from all walks of life to explore the infinite possibilities of 3D printing. If you have any technical needs or cooperative ideas, please feel free to contact us.
Reference
Our products and services are for research use only and cannot be used for any clinical purposes.
