is named as such because it is a great multi-purpose
instrument that can perform many different varieties of tests on an equally diverse range of
materials, components, and structures.
Universal Testing Machine (UTM)
measures how strong it is, how stretchy it is , and how stiff it is
Tensile Test
The exact opposite of a tensile test.
Compression Test -
Adhesion Tests (Peel test)
a compression test where you support a length of material by spanning it across two supports on each end
Bending Test
What are the samples that can be tested?
Parts of UTM
1 Upper Crosshead
2 Upper Grip
3 Screw
4 Lower Grip
5 Column
6 Lower Crosshead
7 Press Plate/Compression Plate
8 Working Table
9 Cylinder
10 Metal Sheet
11 Baseplate
12 Grip Control System
13 Control Processing Unit
(CPU)
14 Computer Monitor
15 Printer
16 Power Switch
17 Emergency Stop
18 Digital Controller
Upper Crosshead
Used to grip the upper end of the sample
Upper Grip
Used to adjust the position of the lower crosshead
Screw
Lower Grip
Supports the test frame
Column
Lower Crosshead
It is where compression and bending tests take place
Press Plate/Compression Plate
Put the compression and bending test fixtures
Working Table
Cylinder
Covers the internal parts of the UTM
Metal Sheet
Supports the whole UTM
Baseplate
Brain of the computer where most calculations take place
Control Processing Unit
(CPU)
Output device that displays information
Computer Monitor
Used to print the results of the test conducted
Printer
Used to turn on the machine by rotating the switch clockwise
Power Switch
Emergency Stop
Used to ensure that the specified test rate is accurately maintained throughout the test
Digital Controller