Used INSTRON Mini 44 #9012724 for sale

INSTRON Mini 44 is an instrument used in biomechanics laboratories for biomechanical testing of tissue and materials. The instrument can be used to make force, displacement, and strain measurements at prescribed loads or rates during static or dynamic studies. It utilizes a four-way pre-loaded torque transducer which is suitable for displacement measurement up to 256 points per second. Mini 44 provides an easy to use, reliable, and accurate instrument for static and dynamic tests that can be used to assess biological materials in a laboratory environment. INSTRON Mini 44 is equipped with a low-stiction planar flexion stage, stepper motor-driven Z-axis with adjustable slide travel length and speed for variable displacement range, three-element strain gage load cell with adjustable bias tension for variable load range, and a three- button on-screen menu. This allows the user to easily capture and record force, displacement, and strain values over a range of specified parameters. The instrument also allows the user to input and adjust modes of operation quickly. Mini 44 also offers a variety of options and features that make it an ideal instrument for materials testing. It can be used to measure various stress and strain properties, such as Young's Modulus, stress-strain, and fatigue life. The instrument can also be used to perform dynamic tests including cyclic fatigue and stiffness creep analysis. The instrument features a direct-read module that allows for instant real-time monitoring of force, displacement, and other parameters. The instrument also includes an optional remote control and monitoring option that allows for data acquisition from multiple locations. With INSTRON Mini 44, users can make accurate force, displacement, and strain measurements up to 256 points per second, with a range of 100 to 20 N. The instrument allows for the acquisition of force, displacement, and strain data during static and dynamic tests. The instrument is easy to use, reliable, and extremely accurate, making it an invaluable part of any biomechanics laboratory.