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UNITEST M2 Universal Testing Machine

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MOQ : 1 Set

UNITEST M2 Universal Testing Machine Specification

Drive Type
AC Motor

Capacity
20 kN (2 Ton)

Motor Power
0.75 kW

Size
Standard

Diameter
Gripping jaws from 10 to 32 mm

Features
Digital display, Overload protection, Manual/automatic operation

Usage & Applications
Tensile, Compression, Bending, and Shear Testing of materials

Shape
Rectangular base with vertical columns

Lubricating System
Centralized Lubrication

Surface Finish
Painted

Noise Level
<70 dB

Product Type
Universal Testing Machine

Material
Mild Steel

Technology
Electromechanical

Power Source
Electric

Power
1 HP

Voltage
220-240 V AC

Pressure
Hydraulic (Manual Oil Pump)

Surface Treatment
Powder Coated

Dimension (L*W*H)
1120 mm x 600 mm x 1950 mm

Weight
Approx. 450 kg

Color
Blue & White

Data Output
USB & RS232 Port

Grip Type
Self Centering Vice Grips

Control System
Microprocessor Based Controller

Model
M2

Stroke Length
Max. 700 mm

Relative Humidity
Up to 85% Non-Condensing

Crosshead Travel
700 mm

Load Measuring Accuracy
1% of Indicated Load

Safety Features
Emergency Stop, Interlock System

Operating Temperature
10C to 40C

Test Speed Range
0.5 to 500 mm/min

Display Type
Digital LCD Display

UNITEST M2 Universal Testing Machine Trade Information

Minimum Order Quantity
1 Set

FOB Port
Busan Port

Payment Terms
Telegraphic Transfer (T/T)

Delivery Time
30 Days

Packaging Details
Wooden Box

Certifications
ISO 9001, CE

About UNITEST M2 Universal Testing Machine

Products Description

Universal Testing Machine is a representative test equipment for physical properties. It is capable of measuring load, strength, elongation of products or materials such as rubber, film, plastic, metal, etc.

Product Specification

Max. Load Capacity : 20 kN /50 kN/ 100kN / 200kN/300kN

Load Accuracy 0.5 %

Column Type Twin Column

Vertical Test Space(without accessories) 1350 mm /1100 mm / 1100mm / 1100mm

Crosshead Speed Range : 0.01-500 mm/min, 0.01-300 mm/min

Return Speed : 500 mm/min / 300500 mm/min

Load Resolution : 1/50,000

Machine Controller : Touch Type Servo Controller(Position Control Type)

Position Control Accuracy : 0.1 %

Test Category : Tensile, Tear, Peel, Compression, Bending, Repeat, etc.

Dimensions (W x D xH) : 850 x 700 x 2,280 mm/ 840 x 700 x 1,990 mm /900 x 800 x 2,060 mm/1,305 x 935 x 2,560/1,305 x 935 x 2,560

Net Weight : Approx. 360 kg / 580kg/ 2,050kg/ 2050kg

Power : AC 220V 2P, 50/60 Hz

Features-

This is a twin column model that can be tested at a maximum of 300 kN.

UNITEST M2 is widely used for testing materials of high strength such as metals, alloys, advanced and composite materials, etc.

UNITEST M2 is designed with a robust frame for testing up to 300 kN.

UNITEST M2 is an environment chamber mountable model that can be tested under various environmental conditions

Advanced Testing Capabilities

UNITEST M2 is engineered to support a wide range of material tests, including tensile, compression, bending, and shear procedures, making it suitable for various industries. Its control system and digital display allow operators to conduct tests with high accuracy and repeatability. The self-centering grips accommodate sample diameters from 10 to 32 mm, ensuring flexible sample handling.

Robust Design and Safety Features

Constructed from durable mild steel with a powder-coated finish, the M2 Universal Testing Machine offers outstanding longevity. Operator safety is elevated through an emergency stop, interlock system, and centralized lubrication, while overload protection ensures equipment and user security throughout testing cycles.

User-Friendly Control and Data Management

The microprocessor-based controller paired with a digital LCD display provides intuitive manipulation of test conditions. Data can be transferred and analyzed conveniently using built-in USB and RS232 output ports, facilitating thorough documentation and reporting of testing results.

FAQs of UNITEST M2 Universal Testing Machine:

Q: How do I operate the UNITEST M2 Universal Testing Machine for different material tests?

A: Operation involves selecting the desired test mode (tensile, compression, bending, or shear) on the microprocessor-based controller. Sample materials are positioned using the self-centering vice grips, and test speed is adjusted between 0.5 and 500 mm/min. The machines interface and manual/automatic modes help streamline test setup and execution.

Q: What are the main benefits of using the UNITEST M2 Universal Testing Machine?

A: The M2 provides precise load measurements (1% accuracy), versatile testing functions, and enhanced safety through features like overload protection and emergency stops. Its digital display and convenient data outputs support effective result management, making it ideal for research, quality control, and production support.

Q: When should I use centralized lubrication on the UNITEST M2?

A: Centralized lubrication ensures smooth operation and longevity of moving components. It should be maintained according to the manufacturers guidelines or whenever regular maintenance is performed to prevent excessive wear and ensure consistent test results.

Q: Where is the UNITEST M2 best installed for optimal performance?

A: The UNITEST M2 is designed for laboratories, quality assurance departments, and research facilities. It should be placed on a flat, stable surface in an environment with operating temperatures between 10C and 40C and relative humidity up to 85% non-condensing to ensure optimal function and safety.

Q: What is the process for exporting or distributing the UNITEST M2?

A: As a product offered by distributors, exporters, manufacturers, suppliers, and traders in South Korea, the UNITEST M2 can be procured for both domestic and international markets. Shipping, setup, and user training can typically be coordinated through the supplier or distributor.

Q: How do the safety features enhance usage of the UNITEST M2 Universal Testing Machine?

A: Key safety mechanisms such as the emergency stop and interlock system help prevent accidents, while overload protection safeguards both the machine and the test specimens. These features allow users to confidently operate the machine with minimized risk.

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