A Universal Testing Machine (UTM) is a versatile device that evaluates a material’s mechanical properties by applying controlled forces like tension (pulling), compression (pushing), bending, and shear, helping determine its strength, elasticity, and durability for industries from aerospace to manufacturing. It works by mounting a sample, applying a load via a moving crosshead, and measuring the material’s response, allowing for crucial quality control and product design data.

Universal Testing Machine DI-CP/V2 Pro Series

A Universal Testing Machine (UTM), also known as a materials testing machine or tensile tester, is a versatile laboratory instrument used to evaluate the mechanical properties of materials. The “universal” in its name refers to its ability to perform a wide variety of tests—such as tension, compression, bending, shear, and peel—simply by changing the fixtures or grips.

A Universal Testing Machine (UTM) is a versatile electromechanical or hydraulic device used to test the mechanical properties of materials and components. It is called “universal” because it can perform a wide variety of standard tests by applying tensile (pulling), compressive (pushing), flexural (bending), and shear forces to a specimen. Here is a comprehensive overview of a Universal Testing Machine (UTM), often called a universal tester or materials testing machine.

The core function is to subject a specimen to a controlled load or displacement and precisely measure its response, generating a stress-strain curve and key data points.

Universal Testing Machine DI-CP/V2 Pro Series

Komponen Penting pada UTM

Load Frame : The robust metal structure (usually in a dual-column or single-column design) that provides the stability to apply high forces. It consists of a base and a crosshead that moves.
Load Cell : The “heart” of the measurement system. This highly accurate sensor measures the force applied to the specimen. It is typically located in the moving crosshead or the base.
Actuator : The mechanism that moves the crosshead. In electromechanical UTMs, a servo motor and ball screw drive provide precise control. In hydraulic UTMs, hydraulic pistons are used for very high-force applications.
Grips and Fixtures : These hold the specimen. They are interchangeable and specific to the test and material (e.g., wedge grips for tensile tests, compression plates, bend fixtures, etc.).
Extensometer : A critical accessory that directly measures the elongation or strain of the specimen with high precision. While crosshead movement can give an estimate, an extensometer provides the most accurate strain data for calculating modulus of elasticity (Young’s Modulus).
Control System & Software : The computer and software are what make the modern UTM so powerful. They:
- - - Control the test parameters (speed, load limits).
    - Acquire data from the load cell and extensometer.
    - Display the test in real-time (force vs. displacement).
    - Analyze results (yield strength, ultimate strength, elongation, modulus, etc.).
    - Generate detailed test reports.

Universal Testing Machine DI-CP/V2 Pro Series

The DI-CP/V2 model, which is part of the PRO series, has been designed to perform tensile, compression,bend/flex and shear testing, with nominal capacities between 400 and 2000 kN. Tension is always tested using the hydraulic grips, located in lower area, and compression in the upper test area.

Each machine includes HoyWin® test control software, and our custom designed electronics. This enables users to extract maximum performance and precision, through a simple and intuitive interface.
Applications include the testing of metals, cables, fixings, concrete, composites, etc.
Click Here : Universal Testing Machine Catalog
Click Here : PT.Mora Anugerah Berkat sudah terdaftar di E-Katalog LKPP

Characteristics :
Double test area.• HBM® load cell (international leader in this technology).
Comfortable working height for greater productivity and comfort.
Computer with HoyWin® software.
Modern appearance.
Hydraulic tensile grips.

Optional Accessories :
Perimeter guards.
Large range of tools for each test.
Compression, nut testing
Bending, shear, etc.
Grips for shoulder or screw head specimens.
Extensometers.
Wedges to fit different specimens.

Universal Testing Machine DI-CP/V2 Pro Series

Specification

DI-CP/V2 Pro Series
Capacity kN		1500 – 2000
Piston speed (mm/min)	Forward	100
	Backward	150
Approach Speed		100
Piston Travel (mm)		300
Space Between Grip (mm)		50 – 1350
Tensile Horizontal Space (mm)		890
Maximum Height (mm)		4600
Dimensions (mm)	Width	1500
	Depth	1100
	Height	3400
Weight (kg)		6500
Power Supply		380 (3 Phasa)

*Force Transducer*
Machine Accuracy (Class) 2	0,5
Range	0,4 % – 100 % FS
Resolution	0,001 % FS

Displacement Transducer
Type	Liniear Encoder	Liniear Encoder	Liniear Encoder
Resolution	< 0,01 mm	< 0,01 mm	< 0,01 mm
Accuracy	< 0,1 %	< 0,1 %	< 0,1 %

Universal Testing Machine DI-CP/V2 Pro Series

A UTM measures two primary variables: force (load) and displacement (change in length). These measurements are used to calculate critical material data, including:

Tensile Strength : The maximum stress a material can withstand while being pulled before failing.

Yield Strength : The point at which a material begins to deform plastically (permanently).

Modulus of Elasticity (Young’s Modulus) : A measure of a material’s stiffness.

Elongation : How much a material stretches before it breaks.

Compressive Strength: Resistance to being crushed or squeezed.

==============================================

Most UTM tests are performed to comply with international standards to ensure consistency across industries:

ASTM D638 / ISO 527: Tensile properties of plastics.

ASTM E8 / ISO 6892: Tensile testing of metallic materials.

ASTM D790: Flexural properties of reinforced and unreinforced plastics.

==============================================

Applications Across Industries

Aerospace & Automotive : Testing lightweight alloys, composites, and components for safety and performance.

Construction & Civil Engineering : Testing steel rebar, concrete cylinders, soils, and geotextiles.

Manufacturing & Metals : Quality control of raw materials (bars, sheets, wires) and finished parts.

Plastics & Polymers : Characterizing material grades for different applications (brittle, ductile, elastic).

Medical Devices : Testing the strength of implants, catheters, and packaging.

Textiles & Packaging : Testing the strength of fibers, fabrics, and packaging materials.

==============================================

The Universal Testing Machine is a fundamental and indispensable tool in materials science and quality assurance. It provides objective, quantifiable data on how materials behave under force, which is critical for R&D, material selection, quality control, and failure analysis. Its versatility and precision make it a cornerstone of engineering and manufacturing across virtually every industry.

PT. Mora Anugerah Berkat (M.A.B) adalah perusahaan yang bergerak dalam bidang laboratorium khususnya material testing untuk konstruksi / pertambangan (civil laboratorium testing equipment), peralatan yang kami supply meliputi : alat lab uji tanah (soil test equipment), alat lab uji aggregates (aggregates test equipment), alat lab uji beton (concrete test equipment), alat lab uji sement (cement test equipment), alat lab uji aspal (asphalt test equipment), alat NDT (Non Destructive Test Equipment) dan Alat Survey.

Universal Testing Machine DI-CP/V2 Pro Series

PT. Mora Anugerah Berkat (M.A.B)

Click Here : PT.Mora Anugerah Berkat sudah terdaftar di E-Katalog LKPP

Click Here : COMETECH Universal Testing Machine Brochure

Click Here : FORNEY Material Testing Machine Brochure

Click Here : Universal Testing Machine Brochure

Alamat : Jl.Taman Asri Blok M No.36 Kel.Cipadu Kec.Larangan,Kota Tangerang – Provinsi Banten

Phone : 021 7345.7064

Mobile/HP : 0812.8140.0749 / 0812.8770.5470

Chat : Whats App, Line, WeChat, Telegram

Website : www.moraanugerah.id – www.moraanugerah.com

Email : info@moraanugerah.id – marketing@moraanugerah.com – marketing_div@moraanugerah.com

Universal Testing Machine DI-CP/V2 Pro Series

The core function is to subject a specimen to a controlled load or displacement and precisely measure its response, generating a stress-strain curve and key data points.

Universal Testing Machine DI-CP/V2 Pro Series

Komponen Penting pada UTM

Load Frame : The robust metal structure (usually in a dual-column or single-column design) that provides the stability to apply high forces. It consists of a base and a crosshead that moves.

Load Cell : The “heart” of the measurement system. This highly accurate sensor measures the force applied to the specimen. It is typically located in the moving crosshead or the base.

Actuator : The mechanism that moves the crosshead. In electromechanical UTMs, a servo motor and ball screw drive provide precise control. In hydraulic UTMs, hydraulic pistons are used for very high-force applications.

Grips and Fixtures : These hold the specimen. They are interchangeable and specific to the test and material (e.g., wedge grips for tensile tests, compression plates, bend fixtures, etc.).

Extensometer : A critical accessory that directly measures the elongation or strain of the specimen with high precision. While crosshead movement can give an estimate, an extensometer provides the most accurate strain data for calculating modulus of elasticity (Young’s Modulus).

Control System & Software : The computer and software are what make the modern UTM so powerful. They:

Control the test parameters (speed, load limits).

Acquire data from the load cell and extensometer.

Display the test in real-time (force vs. displacement).

Analyze results (yield strength, ultimate strength, elongation, modulus, etc.).

Generate detailed test reports.

Universal Testing Machine DI-CP/V2 Pro Series

The DI-CP/V2 model, which is part of the PRO series, has been designed to perform tensile, compression,bend/flex and shear testing, with nominal capacities between 400 and 2000 kN. Tension is always tested using the hydraulic grips, located in lower area, and compression in the upper test area.

Characteristics : Double test area.• HBM® load cell (international leader in this technology). Comfortable working height for greater productivity and comfort. Computer with HoyWin® software. Modern appearance. Hydraulic tensile grips.

Optional Accessories : Perimeter guards. Large range of tools for each test. Compression, nut testing Bending, shear, etc. Grips for shoulder or screw head specimens. Extensometers. Wedges to fit different specimens.

Universal Testing Machine DI-CP/V2 Pro Series

Specification

DI-CP/V2 Pro Series

Capacity kN

1500 – 2000

Piston speed (mm/min)

Forward

100

Backward

150

Approach Speed

100

Piston Travel (mm)

300

Space Between Grip (mm)

50 – 1350

Tensile Horizontal Space (mm)

890

Maximum Height (mm)

4600

Dimensions (mm)

Width

1500

Depth

1100

Height

3400

Weight (kg)

6500

Power Supply

380 (3 Phasa)

Force Transducer

Machine Accuracy (Class) 2

0,5

Range

0,4 % – 100 % FS

Resolution

0,001 % FS

Displacement Transducer

Type

Liniear Encoder

Liniear Encoder

Liniear Encoder

Resolution

< 0,01 mm

< 0,01 mm

< 0,01 mm

Accuracy

< 0,1 %

< 0,1 %

< 0,1 %

Universal Testing Machine DI-CP/V2 Pro Series

A UTM measures two primary variables: force (load) and displacement (change in length). These measurements are used to calculate critical material data, including:

Tensile Strength : The maximum stress a material can withstand while being pulled before failing.

Yield Strength : The point at which a material begins to deform plastically (permanently).

Modulus of Elasticity (Young’s Modulus) : A measure of a material’s stiffness.

Elongation : How much a material stretches before it breaks.

Compressive Strength: Resistance to being crushed or squeezed.

==============================================

Most UTM tests are performed to comply with international standards to ensure consistency across industries:

ASTM D638 / ISO 527: Tensile properties of plastics.

Characteristics :
Double test area.• HBM® load cell (international leader in this technology).
Comfortable working height for greater productivity and comfort.
Computer with HoyWin® software.
Modern appearance.
Hydraulic tensile grips.

Optional Accessories :
Perimeter guards.
Large range of tools for each test.
Compression, nut testing
Bending, shear, etc.
Grips for shoulder or screw head specimens.
Extensometers.
Wedges to fit different specimens.