120-channel micro-electric array stretching stimulation and imaging recording system-force & electricity & imaging modular three-in-one
Enables researchers to reproducibly and reliably study the effects of physiological and pathological mechanical stretch on the electrophysiology of biological tissues. The system integrates:
（1）Cell stretch；
（2）Electrophysiological data acquisition system；
（3）Three functions of live cell imaging system。

Flexecell Tension Systems
1）The system applies uniaxial and biaxial circumferential stress loading to two-dimensional and three-dimensional cells and tissues；
2）Based on the deformation of the flexible membrane substrate; support 96 samples at the same time，Supports elastic modulus 1-80kPa under the control of different substrate hardness, and real-time observation of 40X real-time mechanical action under the control of cell stretch and inverted microscope
3）Real-time observation of the response of cells and tissues under stress;
4）Selective blocking of stress loading on the cells can make the cells in part of the culture wells of the same culture plate force stressed and part of the culture wells unstressed, which is convenient for comparison experiments

MACH-1 MECHANICAL TESTING SOLUTIONS FOR BIOMATERIALS AND TISSUES
Multifunctional biological tissue material compression, tension, shear, friction, torsion, indentation (stiffness and hardness), puncture, tear, push-out, expansion and contraction, bending, cantilever bending, blasting mechanical properties integrated test Analysis and cultivation equipment. It is limited to the measurement, characterization and evaluation of various mechanical properties of various materials.
● Can be placed in a standard incubator for incubation and supports multi-well plate testing
● Multiple biomechanical type testing and analysis functions
● Multiple materials: bone, cartilage, gel, skin, brain tissue, etc.

-TGT : Pulsatile Pressure & Flow Bioreactor System
This vascular in vitro stress culture system is a vascular in vitro culture device designed to help researchers perform proteomics of arteries cultured in vitro under strain, molecular signaling, effects of gene expression in vitro cultured vascular mesothelial smooth muscle cells, cellular and molecular mechanisms of aortic valve atresia and other genetic diseases in patients with aortic aneurysms, the effects of different stress conditions on in vitro cultured arterial mesothelial smooth muscle cell The in vitro stress culture system provides a variety of vascular connection tubes with different outside diameters to connect with vessels of different internal diameters, and the connection tubes are properly fixed by adding seals and fasteners. This solves the problem of coaxiality of the connection and fixation of the vessel, vessel connection tube and culture tank, and also solves the problem of sealing.

-TGT : Mechanical Compression Bioreactor Systems
The system is an ideal bioreactor for articular cartilage culture, mimicking the in vivo mechanobiological environment, transporting substances for cell growth and applying various mechanical stimuli to compensate for the inadequacy of existing in vitro construction techniques, providing a solution to the challenge of surgical repair of orthoarticular cartilage injuries.
-It is the ideal method for repairing damaged tissues by combining cytological and engineering principles.
-Provide compression, stretching, perfusion, and shock stimulation for disc-shaped samples such as cartilage
-Confocal real-time analysis, pressure perfusion mixed loading, multiple models for large samples to choose from
-3D culture and high-density inoculation
-The stability and controllability of material transmission, the exact control of stress magnitude, frequency, carbon dioxide and oxygen partial pressure, PH value, etc.,
-Simple and convenient operation, not easy to be polluted, long service life, etc.
-Growthworks® control system software: sinusoidal waveform capability, data acquisition and multi-motor operation control-to provide effective experimental models for orthopedic biomechanics and cartilage tissue engineering research.

-TGT : Tension Bioreactor Systems
The system provides an oscillatory axial distraction and pressure stimulation culture environment for tendons and ligaments in vitro, and establishes a mechanical model of cell-degradable material complexes based on the biological and mechanical environment of tendon cells in vivo. Seeded cells were cultured and expanded and then inoculated on scaffold materials such as polyhydroxyacetic acid (PGA), serine protein, and polycaprolactone to form cell-material complexes and placed in a reactor for culture. Tendon tissues with good morphological and mechanical properties were constructed.

-TGT : Tension Bioreactor with Air/Media Interface
The system is capable of constructing tissue-engineered skin for different scaffold materials and cell complexes, simulating the growth environment and mechanical environment of skin according to the characteristics of skin growth and different scaffold materials and cell complexes, solving the problems of scaffold clamping and air-liquid interface in the construction of tissue-engineered skin through the bioreactor system, and providing a dynamic culture environment for a variety of skin cell complexes.

-TGT : Pulsatile Pressure & Flow Bioreactor System
Suitable for pulsation and shear stress stimulation of single valve structure. The standard structure has an inner diameter of 9 to 21 mm and a length of 50 to 80 mm. Modular design facilitates stent installation and cell Vaccination on stimulation system.
·Adapt to the vessels directly downstream of the two pulmonary valves and the vessels downstream of the oblique aortic valve.
·Light weight, compact structure, corrosion resistance, compatible with standard incubators
·Laser micrometer measurement, real-time measurement and monitoring, recording pipe diameter expansion rate, pressure
·Physiologically defined waveform control: static/forward rotation/cardiac/triangular/rectangular waveforms
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-TGT OsteoGen: Perfusion Bioreactor Systems
The system applies oscillating axial stress and perfusion to cartilage constructs. It has single-chamber and multi-chamber configurations, and can be feedback controlled according to the properties of the material.
·3D cell and tissue culture to reveal the basic mechanisms by which cells perform their functions and guide the differentiation of stem cells
·Tissue characterization
·Development of biodegradable medical equipment
·Simulate the physiological conditions of disease models and pathological testing
·Optional sensors, non-contact micrometers, pressure sensors, etc., and/or modules
Customized instruments can add specific requirements to suit research applications.

Single Cell Pressure Stimulation Culture System
Cells are uniformly confined/compressed between two parallel surfaces of two rectangular microcolumn arrays at submicron resolution. Different confinement heights (e.g. 1um - 300um),
● Allows long-term cell culture and cell proliferation while maintaining control of containment
● Compatible with high-resolution optical microscopy systems to handle a large enough number of cells for complete gene expression analysis, can be combined with biofunctionalized microstructured substrates and/or different substrates (geometry control) Use

High-throughput single-cell mechanical force measurement analysis system
The system is an innovative laser optical tensioning platform technology for high throughput measurements of individual cell biomechanics. It is used worldwide to measure the deformability of individual cells in liquid at high throughput. The system is a module that can be mounted on any phase contrast microscope. Temperature stable and laser safe microscope system
1)Non-contact and label-free cellular measurements
2)High throughput - 250 cells/hr

Automated cellular microtubule aspiration system
Model：Micropipette
1）Automatic computer control
2）Upgradeable configuration on existing microscopes
3）Can carry out cell grabbing and sorting, single cell separation and sorting, 1Cell/sec, can continuously sort 1000 cells at one time
4）Single cell adhesion, cell-to-cell adhesion measurement.
5）Single cells can be moved into each PCR tube

High-performance cell micropillar array traction microscope
Model:Cell traction microscope
The system reveals the close relationship between cell traction generated by the interaction of cells and extracellular matrix and cell proliferation, differentiation, apoptosis, embryonic development, tissue formation, wound healing, etc., and quantitatively studies cells at the single-cell level The temporal and spatial distribution of traction during migration (contraction) has important physiological and pathological significance
Cell microarray culture environment, imaging analysis of microcolumn deformation, quantitative analysis of cell traction
2）Upgradeable configuration on existing microscopes
3）Each array measures 3.2 x 3.2 mm and contains 10 x 18 observation points, each with 170 hexagonally arranged microcolumns
4）Micro-pillar elasticity range 1-3 nN (other requirements can be customized)
5）High-speed microarray imaging analysis software system, which can be used to extract cell mechanical parameters (force/microcolumn, microcolumn coordinates, microcolumn deformation, cell strain and stress distribution, etc.) from the cell pictures taken by the optical microscope. The analysis result can be saved as an Excel table for subsequent processing

Cellscale Biotester Biaxial Tensile Test System
It is Cellscale's biaxial test system for soft tissue and biomaterials for anisotropy studies. It can capture dynamic images of the material and analyze the force and displacement process video at a later stage for analyzing the results and validation, and the resulting data can be easily exported to a standard spreadsheet for your experimental results at a glance! The range of applied materials includes: skin, ligaments, blood vessels, heart valves, sclera, cell membranes, scaffolds, etc. and their alternative bionic products. Data can be exported as Excel and imported into analysis software for analysis.
·1. Fast, accurate and repeatable sample loading; can perform uniaxial or biaxial tensile measurement of planar tissue;
·2. The test sample can be as small as 3X3 mm and as large as 15X15 mm; multi-module periodic, simple and relaxation tests can be performed;
·3. Real-time data mapping, comprehensive image tracking package, real-time feedback during testing and image analysis software; use the USB interface to quickly connect to the control computer with image and mark tracking software;
·4. Intuitive test design, integrated high-resolution CCD camera can provide simultaneous video tracking for dynamic imaging (up to 15 frames per second)；
·5. Compact mechanical form factor;

cellscale UniVert economical stretching, compression and bending universal testing machine
The UniVert universal testing machine is an ideal choice for various mechanical testing applications. Its small size and affordable price enable users to test at any time. The easy-to-use software and interchangeable component design make it easy to use it with a little training. The system can perform stretch, compression and bending tests with a force of 200N. Various fixtures and fixtures can be used to adapt to different specimens and test modes
Featured:
·The model is small and cost-effective.
·Fixtures and mechanical sensors are easy to replace and use to adapt to multiple purposes.
·Image strain measurement mode based on high-resolution CCD imaging (optional).
·Functional user interface software, realizing single, loop, relaxation and multi-modal testing, real-time feedback

Cellscale MicroSquisher (Microtester) micro compression tester
The micro-mechanical performance test system can realize many functions that other instruments cannot. Smaller specimens, better force resolution, easier test setup and better visual effects. Applications include small tissue samples, hydrogel microspheres, cell spheres and engineered tissue growth substrates
Featured:
·Compression, tension, bending, indentation and shear test methods
·High-precision piezoelectric stepping device with 0.1μm resolution
·Force resolution as low as 10nN
·High resolution CCD imaging
·Integrated temperature control liquid pool
·Real-time feedback user interface software, easy to operate, can realize loop, relaxation and multi-modal tests

Cellscale Ustretch precision variable angle mechanical tester
The versatile precision single-axis benchtop mechanics tester is not limited to single-axis testing using a variety of sample fixtures. It is capable of performing vertical and horizontal testing in temperature-controlled media baths, as well as performing three-dimensional loading incubations of tissue samples. The system also features a variety of sample accessories, including screw-driven fixtures, spring-loaded fixtures and multi-point puncture fixtures.
Featured:
·High-performance actuator with built-in mechanical sensor
·High-resolution CCD imaging using image-based strain measurement tools
·Multiple accessory options, including the acquired BioRakes, for fast and reliable sample installation
·Integrated temperature control medium bath
·Full-featured user interface software for simple, loop, relaxation and multi-modal testing through real-time feedback
·The obtained BioRake accessory system can quickly and accurately install samples.
·The mechanical handle connection system helps to improve strength and testing.
·The integrated software can easily specify the test protocol, whether simple or complex. The test protocol can be saved and modified. Real-time force and displacement graphs help test verification.
·Optional imaging system and analysis software allow analysis of images to verify sample strain and strain uniformity.

Srli BTC-2000 Skin flexibility and elasticity test and analysis system
The skin elasticity and other biomechanical properties of real-time quantitative test analyzer can be in vivo (In Vivo) or ex vivo (in vitro) non-invasive, real-time, quantitative analysis of skin, soft tissue, elastic materials, such as elasticity, relaxation, hardness (modulus), energy absorption and other biomechanical characteristics, from a biomechanical multi-angle quantitative measurement to characterize the ability of pharmaceutical formulations to change the biomechanical properties of the skin, as It is the basis for the design principles and efficacy evaluation of anti-aging and anti-wrinkle cosmetics.