Instron 34SC-2 with video extensometer and BioPuls Bath

Advanced Mechanical Testing for Biomaterials

The Instron 34SC-2, paired with the video extensometer (AVE 2) and/or BioPuls Bath, offers cutting-edge mechanical testing solutions specifically designed for the study of biomaterials under physiological conditions. This system is a versatile tool for researchers seeking accurate and reproducible tensile and compression measurements to evaluate the mechanical functioning of their specimens, while simulating the in vivo environment.

Key Features

Precision Testing: The Instron 34SC-2 with video extensometer allows for precise measurements of absolute strain and deformation in both hard and soft tissues, scaffolds, hydrogels, and other (biocompatible) materials. With a high accuracy strain resolution, this instrument is ideal for capturing material behavior during loading.
BioPuls Bath Integration: The integrated BioPuls Bath enables mechanical testing of (bio)materials in a temperature controlled, fluid-filled environment. Researchers can simulate physiological conditions by maintaining a range of temperatures, up to 40°C, for real-time analysis of how materials respond under heated hydrated conditions. The BioPuls Bath is compatible with the video extensometer.
Versatile Load Capacity: This tensile tester can be used with a validated 2kN loadcell or a 50N loadcell, offering flexibility for testing both delicate and more tough biomaterials, from thin sheets to load-bearing structures such as bone or dental implants.

Applications

The Instron 34SC-2 with video extensometer is ideal for a variety of research applications including, but not limited to:

Tissue Engineering: Evaluate the mechanical strength and durability of engineered tissues and scaffolds.
Hydrogel Testing: Assess the mechanical properties of hydrogels under load in both dry and hydrated states.
Bone & Cartilage Research: Study the mechanical performance of natural and synthetic bone materials under realistic loading conditions.
Implantable Devices: Analyze the strength of implantable medical devices in simulated body conditions.
Polymer testing: Evluate the mechanical changes when chemically altering your polymers or when creating different fibers/meshes with your polymer via e.g. electro spinning.

Ease of Use

Designed with user-friendly software and intuitive controls, the Instron 34SC-2 allows researchers to set up and run complex testing protocols with ease. The system includes automated test methods for common material types, while offering flexibility for custom test configurations.

Data Analysis and Reporting

The instrument’s powerful data analysis suite provides in-depth insights into material behavior, offering real-time graphical outputs, comprehensive post-test reports, and advanced analytics to support publication-ready results. Integration with external data collection systems is seamless, allowing researchers to capture and store data for long-term studies.

Why Choose the Instron 34SC-2 with video extensometer and BioPuls Bath?

For researchers focused on biomechanical testing, the Instron 34SC-2 with video extensometer and BioPuls Bath delivers unparalleled precision and flexibility, enabling in-depth analysis of biomaterials in realistic, physiological conditions. Whether your focus is tissue engineering, drug delivery systems, or medical devices, this system is a reliable partner in producing groundbreaking research that pushes the boundaries of biomaterial science.