Skin scratch mechanics test

Multi functional tissue material biomechanical properties, potential distribution testing and analysis characterization system

Model:mach-1

Brand:Canadian Biomemomentum

Multi functional tissue material biomechanical properties, potential distribution testing and analysis characterization system

-In situ testing system for micro mechanical properties of multi load and multi physical field coupling

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Canadian Biomentum is a multifunctional, multi axial, multi-scale, force electric characteristic testing analyzer in vitro, as well as an in vivo piezoelectric flow potential testing and cartilage function and quality analysis evaluation system. The system integrates various mechanical tests, force electric coupling, testing, with over 1000 references and a development history of over 20 years. It has been successfully used by universities such as Tongji University, Qingdao University, and Shanghai Jiao Tong University. It is the gold standard for organization, materials, force electric characteristics, multi physics field coupling, testing and analysis.

This system is an integrated micro mechanical testing device that can integrate compression, tension, shear, friction, torsion, 2D/3D indentation, 3D contour, and multi force hybrid coupling testing. It can precisely and reliably stimulate and characterize biological tissues, polymers, gel, biomaterials, capsules, adhesives and food. The mechanical properties that are allowed to be characterized include stiffness, strength, modulus, viscoelasticity, plasticity, hardness, adhesion, swelling, and relaxation displacement control motion.

This system is a modular integrated tool for various mechanical testing and force electric coupling distribution testing. It can perform irregular surface 3D indentation mapping testing, 3D surface contour mapping testing, 3D thickness mapping testing, live compression simultaneous potential characteristic testing, limited and unlimited compression testing, tension testing, shear testing, friction testing, torsion testing, puncture testing, and peel testing. It is a comprehensive electromechanical characteristic testing and analysis platform.

Introduction to the characteristics of biomechanical, macroscopic, multifunctional, multi axial, and multi-scale tissue materials in an in vitro testing system,

1. Supports both in vivo and in vitro modes: handheld in vivo piezoelectric testing, airbag in vivo testing, or conventional desktop in vitro mode.

2. Comprehensive testing indicators for mechanical force, potential, etc.: irregular surface 3D indentation mapping, 3D surface contour mapping, 3D thickness mapping, live potential characteristics, confinement and infinite compression, tension, shear, friction, torsion, puncture, flexural bending, three-point bending, four point bending, peeling and other mechanical property tests.

3. Multiple force electric physical field coupling: irregular surface indentation simultaneous thickness testing, potential active tissue compression simultaneous potential testing, tension torsion coupling, tension compression torsion coupling, tension shear coupling, compression shear coupling, etc.

4. Multi scale tissue material testing, force range: 0.025 millinewtons to 250 newtons, 3Pa-670G pascals, wide range of travel, up to 50-250mm, from extremely hard bones to ultra soft brain tissue, corneas, etc., from large samples such as thick and large intervertebral discs to ultra-thin fiber fiber optic testing.

5. Multi axis testing: X-axis, Y-axis, Z-axis, torsion axis (L-shaped torsion, U-shaped torsion, 360 degree torsion), stroke 250mm, resolution as low as 100nm.

6. The gold standard system for testing various types of electromechanical characteristics: providing testing technology services, accurate data analysis reports based on good laboratory practices and GLP.

7. High resolution displacement and force accuracy testing analysis: The displacement resolution reaches 0.1 micrometers and the force resolution reaches 0.025 millinewtons.

8. High throughput indentation test analysis: indentation test analysis in a 48 well plate.

9. Automatic indentation mapping and thickness testing mapping for irregular surfaces: During indentation, it is not required to align the compression axis perpendicular to the sample surface, and there is no need for a flat surface. Automatic indentation mapping can be performed on irregular surfaces.

10. The pressure head is sturdy and has low cost of later use: the ruby pressure head is sturdy and not easy to break, and the sample does not need to be collected from the tissue.

11. Non contact full field strain dynamic measurement based on the third C - digital image correlation testing: It has the advantages of non-contact, wide application, high accuracy, full field measurement, simple data acquisition, low measurement environment requirements, and easy automation. It can measure deformation at the micrometer or even nanometer level and is applied in tissue and material mechanics, fracture mechanics, micro nano strain measurement, various new material measurements, etc.

12. Thousands of documents, over 20 years of history, mature products.

characteristic

1. Wide range of applicable samples:

1. Wide range of applicable samples:

1.1. From hard tissue materials such as bone to soft tissue materials such as brain tissue and cornea

1.2. From coarse intervertebral disc samples to fine fiber filaments

2. Analysis of high-throughput indentation test

◆ No need for a flat surface, capable of indentation on irregular surfaces ◆ Thickness information can be measured simultaneously during indentation ◆ Indentation does not require the compression axis to be aligned perpendicular to the sample surface ◆ Ruby indenter, sturdy and not easy to break ◆ Sample does not need to be collected from tissue ◆ Small tissue damage ◆ Maintain the mechanical environment of the tested material and its interaction with surrounding materials ◆ Test multiple site mapping

2.1 Three dimensional normal indentation mapping of mechanical properties of the entire surface of non planar samples

2.2 Analysis of indentation test in 48 hole plate

3. Complete testing and analysis functions for mechanical types

Modular integration of compression, tension, shear, friction, torsion, puncture, friction, 2D/3D indentation, 3D surface contour, 3D thickness and other mechanical types support, microstructure characterization and dynamic mechanical analysis research

4. High resolution:

4.1. Displacement resolution up to 0.1um

4.2. The force resolution reaches 0.025mN

5. Wide travel range: 50-250mm

6. Compact in size, can be placed inside a culture box

7. High resolution imaging tracking analysis

8. Multi axial and multi force coupling stimulation

9. Analysis of Potential Distribution Testing of Active Tissue

10. Mature product with over a thousand articles of literature

Fiber tension and torsion measurement

Automatic normal indentation and thickness mapping

Three dimensional contour testing of tibia

Potential distribution during compression of electromechanical active materials (such as connective tissue, charged hydrogel, etc.)

Compared to traditional large-scale mechanical testing systems, this micro mechanical testing system is generally smaller and can achieve desktop operation processes, making the operation process simple. The testing method of this system is a diverse material mechanics characterization tool, which is a good choice for scientists, engineers, and other users in various fields. It is widely used in dynamic mechanical analysis, films, composites, polymers, biological products, medical identification, hydrogels and other fields.

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Typical test materials:

Quantitative evaluation of skin constraint force testing, shear elastic modulus testing of tissue materials, stress relaxation testing analysis, quantitative evaluation of Young's modulus testing, biomechanical stress testing analysis, yield limit testing of tissue materials, skin mechanical properties, human biomechanics experimental system, skin microscale mechanical properties testing, skin cross shaped biaxial system