In the field of biomedicine, accurate assessment of the performance of biological materials is a key link in research and development innovation and quality control. Our customized biaxial testing service for biological materials is dedicated to revealing the mechanical behavior of materials in complex physiological environments and providing reliable data support for your research and applications.
I. Service Scope
1. Testing of natural biological materials
• For natural biological macromolecular materials such as collagen and fibrin, evaluate their structural stability and changes in mechanical properties under biaxial stress.
2. Testing of synthetic biological materials
• Cover various synthetic polymers (such as polylactic acid, polyglycolic acid, etc.) and composite materials, and analyze the relationship between their biaxial mechanical properties and material formulations and processing techniques.
3. Testing of tissue engineering scaffold materials
• Conduct biaxial tests on scaffold materials used for tissue repair and regeneration, simulate the in vivo microenvironment, and evaluate their biocompatibility and mechanical adaptability.
4. Testing of biological materials for medical devices
• Provide biaxial mechanical property tests for biological materials in medical devices such as cardiovascular stents, artificial joints, and dental materials to ensure their safety and effectiveness in use.
II. Testing Equipment and Technology
1. High-precision biaxial testing system
• Equipped with advanced force sensors and displacement sensors to achieve accurate measurement of small forces and displacements.
2. Environmental simulation device
• Can simulate conditions such as physiological temperature, humidity, and pH to more truly reflect the performance of biological materials in the body.
3.Non-destructive testing technology
• Use non-destructive testing methods such as ultrasonic testing and optical coherence tomography to monitor the structural changes inside the material in real time during the testing process.
III. Service Process
1.Demand analysis and scheme design
• Communicate fully with you to understand your research purpose, material characteristics and testing requirements.
• Based on your needs, formulate a personalized testing scheme, including specimen preparation methods, test parameter selection and data analysis strategies.
2.Specimen preparation and pretreatment
• Assist you in preparing representative biological material specimens in accordance with strict standards and specifications.
• Perform necessary pretreatment such as disinfection and surface modification according to testing needs.
3.Test implementation and data acquisition
• Conduct biaxial loading experiments under optimized testing conditions to ensure the accuracy and repeatability of the data.
• Use a multi-channel data acquisition system to synchronously record multiple data such as force, displacement, and strain.
4.Data analysis and report generation
• Use professional data analysis software to deeply mine and analyze the collected data.
• Provide you with a detailed test report, including test results, chart interpretation and conclusion suggestions.
IV. Professional Team
Our team is composed of professionals with backgrounds in biomechanics, materials science and medicine. They have rich experience and profound professional knowledge in the field of biological material testing.
V. Quality Assurance
• Conduct tests in accordance with relevant international standards and specifications to ensure the scientific nature and reliability of the testing methods.
• Regularly calibrate and maintain testing equipment to ensure the stable performance of the equipment and the accuracy of test results.
• Strictly implement quality control processes and strictly check every link of testing to ensure the authenticity and repeatability of data.
Whether you are a scientific research institution engaged in biological material research and development, a production enterprise, or a team dedicated to medical device innovation, our customized biaxial testing service for biological materials will provide strong support for your work. Looking forward to working with you to jointly promote the development of the field of biological materials!
