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Elevate Your Biomedical Research with FIBER LABS

Updated: Aug 13


At FIBER LABS, we proudly serve as KU Leuven’s Core Facility for Biomechanical Experimentation, delivering cutting-edge solutions for researchers, industry professionals, and policymakers. Located at KU Leuven, a global leader in research and education ranked among the top 50 universities worldwide, FIBER LABS combines state-of-the-art technology with expert support to drive innovation in biomechanics.


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Our Mission

FIBER LABS’s mission is to promote, provide, and innovate high-quality biomechanical testing to support the development of biomaterials, medical devices, therapies, and digital twins. By fostering advancements in these fields, we aim to contribute to improving tomorrow’s quality of life. Since our establishment in 2017, following a significant Hercules grant in 2016, we have grown into a trusted partner, handling over 3000 samples worldwide each year.


Why Partner with FIBER LABS?

Our comprehensive services are designed to meet the diverse needs of academic and industrial clients. Here’s what sets us apart:

  1. Tailored Testing Protocols: We develop customized testing approaches to ensure accurate and reliable results, addressing the unique requirements of your research or product development.

  2. Access to High-Quality Samples: Through our collaborations with KU Leuven’s University Hospital and other research centers, we provide access to premium human and animal samples, ensuring robust experimental outcomes.

  3. Precise Mechanical Testing: Our state-of-the-art equipment, including planar biaxial testers and dynamic testing devices, allows for precise evaluation of material performance, adhering to ISO and ASTM standards where applicable.

  4. Advanced Microstructural Imaging and Modeling: Gain deeper insights into material mechanics and microstructure through our sophisticated imaging and in silico simulation capabilities, enabling optimized performance and reliability.

  5. Clear, Data-Driven Reports: Receive comprehensive, evidence-based reports that empower informed decision-making and support your research or product development goals.


Comprehensive Services

FIBER LABS offers a wide range of biomechanical testing and consultancy services, including:

  • Mechanical Testing: Quantify the mechanical properties of biological tissues, medical implants, and prostheses through tensile, compression, torsion, flexural, shear, indentation, quasi-static, dynamic, fatigue, and creep testing.

  • Protocol Development and Validation: Benefit from expert guidance in designing and validating testing methodologies tailored to your specific needs.

  • Consultancy and Training: Our experienced team provides hands-on device training, R&D consultancy, and project management to streamline your research process.

  • Specialized Simulations: From aorta simulations to brain indentation and bone resonance testing, we offer advanced in silico experiments to complement physical testing.

Our facility is equipped with cutting-edge devices, which supports a variety of uniaxial and biaxial tests to characterize soft tissue anisotropy. We also maintain a controlled testing environment to minimize contamination risks, ensuring the highest standards of quality and compliance.


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Why KU Leuven?

As a Core Facility at KU Leuven, FIBER LABS benefits from the university’s international reputation for innovative research and education. KU Leuven’s multidisciplinary environment, coupled with our ISO-aligned processes, ensures that every project meets the highest standards of precision, reliability, and compliance.


Let’s Collaborate

Whether you’re developing next-generation medical devices, conducting tissue engineering research, or exploring biomechanical properties, FIBER LABS is your trusted partner for success. Our dedicated team of engineers and researchers is ready to support your projects with tailored solutions and unparalleled expertise.


📧 Contact us: FIBEr@kuleuven.be

📞 Call us: +32 16 32 30 18

🌐 Learn more about KU Leuven: https://www.kuleuven.be/


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