UTM-TDC Dual — Column Universal Material Testing Machine （Bench Type）

Product Feature：

• Color touch — screen for easy and convenient operation.
• Can be connected to computer and used with software for more functions.
• Driven by a stepper motor.
• Class 1 testing machine.
• C3 — grade high — precision load cell.
• Gantry — type dual — column high — rigidity design for durability.
• Maximum capacity: 10KN.
• Test speed:

Maximum 500mm/min，

Minimum 0.1mm/min

• Multiple units available:

Force: g、Kg、lb、N、KN

Displacement:inch、 cm 、 mm

• With the function of automatically returning to the initial position
• after the test.
• In addition to the standard tensile fixture, other types of fixtures
• can be customized.
• The software provides curve graphs, data tables, and test
• reports, all of which can be printed.
• Automatically calculates maximum force, minimum force, average
• force, maximum deformation, elongation rate, strength, etc.
• With multiple curve modes such as stress — strain, force -displacement, force — time, and strength — time.
• With test mode functions for tension, bending, compression,tearing, peeling, elongation rate, etc.
• Equipped with multiple protection devices including mechanical travel switches, emergency stop switches, overload limit protection,and break — point stop protection.
• Standards complied with:

GB/T 2611、GB/T 16491、GB/T 1040、ISO 527、GB/T 8804、GB/T 9341、GB/T 12160、GB/T 16825

Product Application：

• Manufacturing industry: Used to test the mechanical properties of various parts and raw materials to ensure product quality meets design requirements.
• Material research and development: Helps researchers understand the mechanical properties of new materials and provides data support for material improvement and innovation.
• Research institutions: In scientific research experiments, it is used to study the mechanical behavior laws of substances and promote the development of related disciplines
• In the process of mechanical processing, Brinell hardness tester can be used to detect the hardness of raw materials, in order to select suitable processing technology and cutting tools.
• Can be used to test the hardness of mechanical components such as gears, bearings, bolts, etc., to ensure that they meet design requirements and performance requirements.
• Can be used to test the hardness of forgings to determine the effectiveness of forging processes and the quality of forgings.