ZwickRoell’s comprehensive testing machine solution also provides flexure fatigue resistance testing via a 3-point flexure device plus hardness testing of the basic material. The drilling behavior of a self-powered drill can be examined even without a torsion drive by using the force or travel control of the testing machine. The test allows overlaid measurement of torque and compression force to evaluate the geometry of the surgical drill. Section the embedded tissue, using a microtome and mount the section properly on a microscope slide. Perform technical duties related to the production of histopathological slides of surgical specimens. are used to drill into the appropriate material-dentine, bone, or their substitutes-using a specified push force and torque. Job Responsibilities: Process human tissue and body fluid specimens in preparation for microscopic exam. Depending on the area of use and the quality of the bone, dental drills, cortical drills, and oral surgery drills, etc. This test device is used to determine contact force, penetration force, and torque required for a bone drill. Today’s bone drills are faced with demanding requirements with regard to cutting edge characteristics, the contact force required, chemical resistance, and the prevention of bone heating. This automated drilling procedure determines the cutting behavior and wear resistance of drills. ZwickRoell Offers Testing Solutions for the Following: Working closely with our customers, we select the appropriate specimen grips and accessories from our existing product portfolio, customizing as necessary to suit special requirements. ZwickRoell’s wide product range, with its modular design concept, allows for the construction of many different test arrangements for use on components and finished goods, for example determining characteristics of a cutting edge or measuring wear resistance. Materials used range from chrome steels, non-ferrous metal alloys, titanium, light metals and steels to glass (for optics), ceramics, plastics, and adhesives. Surgical instruments may be divided into holding, grasping, and cutting instruments, as well as into suture instruments, optics, and combined instruments.
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