Types of Universal Metal Testing Machine

1. Types of Universal Metal Testing Machine Types of Universal Metal Testing Machine Testing the mechanical properties of metals through a metal testing machine showcases the elastic and inelastic behaviours of a material when a force is applied. We are able to determine if a metal can withstand the common stresses for its intended purpose by measuring the elasticity, tensile strength, elongation, hardness, fracture toughness, impact resistance, stress rupture, and fatigue limit. The most well-known testing is done with a Universal Testing Machine for testing the tensile properties of a metal sample. Tension tests give data on the strength and ductility of materials under uniaxial tensile pressure until the point of the crack. Universal Metal Testing Machine: A universal testing machine is utilized to test various materials for tensile pressure, compression strength, ductility, bending, and other mechanical properties of a wide variety of materials. According to your applications and capacity requirements, you can select between a servo hydraulic universal tester and an electromechanical testing machine for high capacity testing. Servo Hydraulic Testing Machine: The servo-hydraulic universal testing machine is specifically designed for the testing of materials. A mechanized, customizable cross head decreases the time between test set-ups. The programmable temperature cabinet provides a chance to perform recurrence/temperature clears. Accurate waveforms are digitally generated and implemented by the actuator delivering repeatable conditions. The actuator is twofold acting permitting both compressive and tensile forces to be applied. Different systems are available to measure the modulus of unbound materials.

2. Electromechanical Testing machine: Electromechanical universal testing machines are multi-purpose versatile machines that can be used for tensile testing on any material, including metals, by using suitable accessories. These metal Testing Machines comprise a base that contains the transmission parts and holds two powerful columns connected by a digital graphics data acquisition, an upper cross head, and a control system. The upper cross head can be changed to set the upward test space for various tests. The user can change the upward test space by lowering the crosshead, moved by an electromechanical system with a single recirculating ball screw that is fuelled by a servomotor. An advanced closed loop control system guarantees the accurate displacement pace rate on the sample metal. The load is determined by a load cell situated on the upper crosshead and the displacement is measured by an encoder fit to the servo engine on the two models. Measurements Technology, Inc. 600 Kirk Rd, Suite B Marietta, GA 30060 P.h - 770-587-2222 https://tensiletestmachines.com/