Digital Universal Testing Machines

We bring hydraulic digital universal testing machine which is has compact and high tech design for testing metals and other materials for various parameters like tension, compression bending, transverse, shear loads and hardness test.


Features:

• Loading Accuracy as high as 1%
• Suits a wide range of materials through straining at variable speeds.
• Cross-head can be annually adjusted. (Motor driven threaded columns offers quick and effortless adjustment of lower cross-head which facilitate fast fixing of test specimen.(optional))
• Load reading is simple because of digital readouts.
• Wide range of standard and special accessories.
• Plain to threaded and screwed specimens acn be easily changed.
• Large effective clearance between columns enables testing of standards specimens as well as structures.
• Easy to operate and has simple operations.
• Extremely rigid construction for robust staining.
• Safety devices ensures safe operations.
• No pendulum is used.
• Serial port which is optional is used to transfer data to computer for analysis /storage etc.
• Control and Printer are supplied as option to enable obtain test data & load-vs-elongation curve for studying the behavior of the materials.(optional)
• Capacities available : from 5T(50KN) to 200T(2000KN)

Our standard universal testing machine is designed for testing various metals and other materials for parameters like tension, compression, bending, transverse, shear, hardness & torsion loads. FEATURES:

• Loading Accuracy /- 1 % * Variable Straining Speeds
• Continuous Autographic Recorder
• Adjustable Lower Cross-head
• Simple Control Operation
• Special Test Attachments / Accessories
• Rigid Construction
• Safety Arrangements

Our machine is operated by hydraulic transmission of load from the test piece to a load indicator. Load is applied by a hydro statically lubricated ram. Main cylinder pressure is transmitted to the cylinder of the pendulum dynamo meter system. The load transmitted to the cylinder of the dynamometer is transferred through a lever system to a pendulum. Displacement of the pendulum actuates the rack and pinion mechanism which operates the load indicator pointer and recorder unit. The deflection of the pendulum represents the true load applied on the test-piece.