Desktop tensile testing machine

At present, most laboratories have the problem of one test, one machine, and unnecessary waste of scientific research funds. When using multiple instruments, there may be many situations where the operation is unfamiliar or the efficiency is not high, resulting in the waste of valuable scientific research practice. Our MACH-1 can achieve various micro mechanical property tests, multi-scale (material small to large) tests, soft and hard multi material tests, multiple physical fields (multi force or electromechanical coupling) and their coupling tests, efficiently and quickly meeting testing requirements.

MACH-1 desktop high-precision biomechanical testing system

MACH-1 is a key recommended in vitro, multifunctional, multi axial, multi-scale, and multi material force electric characteristic testing analyzer by Canadian Biomentum. The system integrates various mechanical measurements, force electric coupling measurements, and can perform mechanical stimulation and characterization measurements on various tissue materials. Allow for characterization of mechanical properties. Hundreds of documents, with a development history of over 30 years, have been successfully used by universities such as The Chinese University of Hong Kong, 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 a modular tool that integrates various mechanical tests and force electric coupling distribution tests. It can perform irregular surface 3D indentation testing, 3D surface contour testing, 3D thickness testing, live compression simultaneous potential characteristic testing, lateral and * * * 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.

The micro mechanical testing analysis and cultivation system was initially developed for cartilage mechanical property testing, and later integrated multiple configurations to meet the measurement and evaluation of mechanical properties of more biological tissues and soft materials.
The performance characteristics of this instrument - modular design, simple operation platform, user oriented design, widely used in fields such as biological material detection, polymer material detection, and digital teaching. The product has been widely recognized and promoted by * * *.
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.

Instrument Features

-MACH-1 was developed by BIOMOMENTUM, a Canadian company. Since 1999, there have been hundreds of international journal articles related to this instrument.
-MACH-1 is a product that can integrate functions such as compression, tension, lateral shear, friction, torsion, direct indentation testing of irregular surfaces, direct thickness testing of irregular surfaces, 3D surface graphic mapping, etc,
-The corresponding materials range from hard materials such as metals, plastics, and bones to thin films, extremely soft tissue materials such as brain tissue and corneas, and can be measured from coarse disc samples to extremely fine single fiber filaments.
-The mechanical properties that can be characterized include stiffness, strength, modulus, viscoelasticity, plasticity, adhesion, torsional force, and displacement.
-Can conduct static and dynamic mechanics testing and analysis.
-It can perform automatic indentation analysis on 96 well plates and can be tested in a constant temperature chamber.
-Normal indentation test on 3D irregular surfacesThis is the key technology of the instrument, and indentation does not require the compression axis to be aligned perpendicular to the surface of the sample.
-Can perform force electric coupling testing, test biological microelectromechanical properties, and measure charge transfer.

Main parameters:

-Travel range: X, Z axis 250mm (optional 100,50mm)
Y-axis 50mm, T-axis rotates 360 degrees
-XYZ axis displacement accuracy0.1um(Optional 0.5um)
The precision of the T rotation axis is 0.0005 degrees.
-Measurement range:0-250N。
-Sensor accuracy: 0.2% of nominal range.
Multiple sensor specifications are available, with a minimum accuracy of 0.005mN
-The software provided includes image mapping tools and image analysis software,
Multi axis mechanics testing and analysis software,
3D indentation testing and analysis software (elastic model),
Lateral compression and non lateral compression testing and analysis software (porous elasticity),
Testing software for microelectromechanical systems under applied forces.