牌品：biomome ntum MachOne,产品名称：Tissue material tensile testing system/INDENTATION AND THICKNESS MAPPING ON SAMPLES OF DIFFERENT STIFFNESSES IN A 96-WELL PLATE,产品货号：Biomome ntum MACH-1biomome ntum mach-1Brand,Biomome ntum MACH-1Item#,Tissue material tensile testing system/INDENTATION AND THICKNESS MAPPING ON SAMPLES OF DIFFERENT STIFFNESSES IN A 96-WELL PLATE

产品名称	Tissue material tensile testing system/INDENTATION AND THICKNESS MAPPING ON SAMPLES OF DIFFERENT STIFFNESSES IN A 96-WELL PLATE
品牌	biomome ntum MachOne
产品货号	Tissue material tensile testing system/INDENTATION AND THICKNESS MAPPING ON SAMPLES OF DIFFERENT STIFFNESSES IN A 96-WELL PLATE
产品价格	现货询价
联系人	Mr. li
联系电话	0086 18618101725
产品说明 Tissue material tensile testing system INDENTATION AND THICKNESS MAPPING ON SAMPLES OF DIFFERENT STIFFNESSES IN A 96-WELL PLATE please email slby800@163.com Or call 0086 18618101725 Mr. li MachOne three-dimensional multifunctional micromechanical testing system is the only integrated micromechanical testing device that can integrate compression, tension, shear, friction, torsion and indentation testing. It can provide precise and reliable mechanical stimulation and characterization for biological tissues, polymers, gels, biomaterials, capsules, adhesives and foods. The mechanical properties allowed to be characterized include stiffness, strength, modulus, viscoelasticity, plasticity, hardness, adhesion, swelling and relaxation, displacement control motion. MachOne provides a wealth of testing tools to meet the personalized and unique needs of scientific teams from different fields. Uses include automatic indentation and thickness mapping, wound healing assessment, biaxial stimulation of cultured cells, determination of cartilage repair, mechanical evaluation of alginate microspheres, monitoring of hydrogel properties, and drug adhesion experiments. Materials that can be tested include skin and wound healing, hydrogel, articular cartilage (osteoarthrs, structure, TMJ), articular cartilage (repair), bone and filling materials, meniscus, blood vessels (veins and arteries), contact lenses, rubber and elastomers, discs, teeth, bones (vertebrae, repair), teeth (brushing teeth, filling materials), brain, Packaging materials, 3D printing materials, soft tissue and Plantar, hydrogel (beads), skin (artificial), Biocoating, plastics and polymers (rods, sheets), intervertebral discs (nucleus pulposus, Xian Weihuan), adhesives, lung, surgical suture materials, ligaments and tendons and repair, brackets, tablets, hair, leather, bone (growth plate), auricular cartilage, lens (eyes), paper, Heart (tissue engineering), needle, textile, metal foil, shell, spider silk, prosthesis (knee, hip joint), catering, glass and ceramics, soft tissue (hand), foam, etc. 1. Multifunctional, multi axial, applicable to a wide range of samples: ? 1.1. From hard tissue materials such as bone to extremely soft tissue materials such as brain tissue and cornea ? 1.2. From a sample of a thick intervertebral disc to a very fine monofilament INDENTATION AND THICKNESS MAPPING ON SAMPLES OF DIFFERENT STIFFNESSES IN A 96-WELL PLATE The testing of biological materials as well as bacteriological, viral, and cell cultures is made easier with well plates. They contain many plastic-formed wells that are used as miniature test tubes. This is excellent for downsizing test space and for performing many tests at once. In this case study, a multiaxial mechanical tester model MachOne v500css was used to determine the thickness and stiffness of small samples of agarose gels in a 96-well plate. Multiple concentrations were tested from 0.8% to 1.2% and with volumes of these gels varying from 0.1 to 0.5 mL. The samples were made from 6 mm biopsy punched disks instead of pouring the Agar solution directly into the wells in order to ensure a flat surface for indentation testing. By implementing a custom script on the obtained data, the thickness and indentation modulus of each sample was extracted using Hayes Elastic Model. The results obtained show that the modulus is higher for samples of higher concentration of agar. Further analyses can be performed by modifying the script or performing statistical analyses on the data.