Электронная универсальная испытательная машина (серия DF)

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СЕРИЯ DF 2 Электронный UTM

Универсальные испытательные системы для испытаний на растяжение, сжатие и изгиб.

SINOTEST электронная универсальная испытательная машина обеспечивает высокоточные электромеханические испытания широкого спектра материалов и компонентов. Данная установка, предназначенная для проведения испытаний на растяжение, сжатие, изгиб и сдвиг, электронная система UTM Система предназначена для работы с металлами, пластмассами, композитными материалами и другими материалами, обеспечивая надежные и воспроизводимые результаты в соответствии с различными стандартами испытаний.

Электромеханические универсальные испытательные системы серии DF широко применяются в различных областях благодаря своей исключительной производительности и стабильности. Испытательная мощность обеспечивается: 0,5–1000 кН.Точность: класс 0,5.

Adopting a high-response, low-noise electromechanical servo drive and a powerful closed-loop controller, this system ensures testing accuracy and efficiency. As a result, it can meet various requirements for different materials and testing standards.

Тестовая заготовка:

Металл, пластик, резина, алюминиевый сплав, медь, композитный материал (углеродное волокно, керамическая матрица, металлическая матрица, полимерная матрица)

Приложения:

The DF series electronic universal testing system supports a broad range of applications, including tension, compression, bending, and shearing tests. Typical workpieces include metals, plastics, rubber, aluminum alloys, copper, and composite materials such as carbon fiber, ceramic matrix, metal matrix, and polymer matrix composites.

Standards Compliance

In terms of compliance, the system meets numerous international standards, including ASTM E8, ISO 6892, GOST 1497, ASTM D2344, ASTM D3410, ASTM D5379, ASTM D6641, ASTM D7078, and ASTM C297.

ЗАПРОСИТЬ ЦЕНУ ИЛИ ДЕМО

ДОСТУПНЫЕ МОДЕЛИ

Грузоподъемность 500 Н – 1000 кН

DF-21 UTM с низкой силой

Одностоечный UTM серии DF, обеспечивает нагрузку до 5 кН, доступен в стандартном и увеличенном вариантах высоты.

▪Емкость:

               DF21.502D:500N

               DF21.103D:1000N

               DF21.503D:5000N

▪Один столбец

▪Тип стола

▪Доступно множество аксессуаров

▪Доступна увеличенная высота

DF-22 UTM средней силы

Модели столов с двумя колоннами серии DF обеспечивают нагрузку до 50 кН и доступны в стандартном и дополнительном вариантах высоты/ширины.

▪Вместимость:

             DF22.104D: 10 кН

             DF22.204D: 20 кН

             DF22.504D: 50 кН

▪Двойная колонна

▪Тип стола

▪Доступно множество аксессуаров

▪Доступна увеличенная высота

DF-23 Мощный UTM

Напольные модели серии DF обладают грузоподъемностью до 1000 кН и доступны в стандартном исполнении, а также в вариантах с увеличенной высотой/шириной и на высоком основании.

▪Вместимость:

            DF23.105D: 100 кН

            DF23.305D: 300 кН

            DF23.605D: 600 кН

            DF23.106D: 1000 кН

▪Двойная колонна

▪Тип пола

▪Доступно множество аксессуаров

▪Возможность увеличения высоты/ширины

Универсальная электронная испытательная машина SINOTEST — высокоточное оборудование для испытаний материалов

Подробная техническая спецификация

Grips & Fixtures for Specimen Holding

  • Tensile grip
  • Mechanical wedge type
  • Vise type
  • Hydraulic type
  • Pneumatic type
  • Shoulder tensile type

Compression, Bending & Combined Loading Fixtures

  • Compression platen
  • Bending Fixture
  • Bolt Tensile Fixture
  • Cable Wiring Fixture
  • Combined Loading Compression (CLC) Fixture
  • Sandwich Core Compression and Shear Fixture

Advanced Composite & High-Temperature Test Fixtures

  • V-Notched Rail Shear Test Fixture
  • Mode I Interlaminar Fracture Toughness Test Fixture
  • High Temperature Pull Rod Fixture
  • Environmental Chamber：-196℃~350℃
  • Atmospheric Furnace：300℃~1200℃

Extensometers & Measurement Solutions

  • CBY Axial Extensometer
  • MF High Temperature Extensometer
  • MF Fully Automatic Extensometer
  • Video Extensometer

▪FOB

▪CIF

▪Упаковка: Деревянный ящик

Расширительный модуль для электронной универсальной испытательной машины

Digital Controller – EDCi20

The EDCi20 controller is a built-in device specifically designed for static testing applications. Notably, it achieves system and sampling rates of up to 2.5 kHz, ensuring precise and responsive control during testing procedures.

In terms of power and expandability, the controller is supplied with 24 VDC and features three iSI expansion slots. As a result, it offers flexibility for future upgrades and additional functionality.

Furthermore, Ethernet communication and remote control via the DOLI RMCi enable simple integration and user-friendly operation. Consequently, users can easily manage testing processes from a central control station.

Video Extensometer – LVE Non-Contact Strain Measurement

The Linconst Video Expander (LVE) is a non-contact, real-time, high-precision strain measurement system. Specifically, it operates based on a separate camera and advanced real-time image processing algorithm.

By capturing images of the experimental process and analyzing changes in image features, the system dynamically measures strain, displacement, and other data in real time. Furthermore, it communicates with the testing machine signal to measure various mechanical performance parameters—for example, stress-strain curves, elastic modulus, and yield strength.

As a result, this versatile system is suitable for a wide variety of mechanical tests, including tensile, compression, bending, and fatigue testing applications.

In addition, the LVE offers exceptional accuracy without physical contact with the specimen, eliminating potential measurement interference and enabling reliable testing of delicate or deformable materials.

Automatic Extensometer – MFL 300-C

The extensometer MFL 300-C is the successor model to the MFL 300-B. Specifically, it is suitable for almost all samples with an initial gauge length from 10 mm, offering exceptional versatility for a wide range of testing applications.

In terms of performance, its low clamping forces combined with high measurement accuracy make it highly suitable even for small, notch-sensitive test samples. As a result, delicate materials can be tested reliably without risk of premature failure.

Furthermore, the MFL 300-C can be connected to partly or fully automatic testing machines with hydraulic grips. Consequently, it integrates seamlessly into automated testing workflows, enhancing productivity and consistency.

Regarding measurement capability, strain can be measured from the elastic range to fracture for almost all types of samples. For example, it is suitable for tensile testing of metals, plastics, composites, and other engineering materials.

In conclusion, the MFL 300-C automatic extensometer combines precision, versatility, and automation compatibility—making it an ideal choice for modern material testing laboratories.

Печь, камера, вакуум 

SINOTEST supplies high-performance environmental systems for a wide variety of low and high-temperature tests. Specifically, our furnaces, chambers, and vacuum systems cover a temperature range from -190℃ to 2500℃, accommodating the most demanding testing conditions.

In terms of applications, these environmental systems are designed for tension, compression, bend, and fatigue testing of metals, composites, ceramics, and many other materials. Furthermore, they ensure precise temperature control and uniform heating across the test specimen.

Regarding usability, the furnaces and chambers feature a user-friendly design that helps operators perform setup tasks more quickly—without compromising test quality or accuracy. As a result, laboratories can improve testing efficiency while maintaining reliable, repeatable results.

In addition, our environmental systems can be integrated with SINOTEST universal testing machines, providing a complete solution for material characterization under extreme temperature conditions.

Автоматические роботы

SINOTEST’s robotic automated testing system is designed for efficient, high-throughput material testing. Specifically, it can be used for tensile testing, compression testing, and functional testing of round or flat specimens—delivering consistent, repeatable results with minimal operator intervention.

In terms of modularity, the automated testing system features a flexible modular design. As a result, workstations can be added or removed according to customer needs, meeting customized requirements and enabling efficient, repetitive testing processes.

Furthermore, the system integrates seamlessly with SINOTEST universal testing machines and extensometers, providing a complete automated testing solution for quality control and research laboratories.

In conclusion, the robotic automated testing system combines flexibility, efficiency, and precision—making it ideal for high-volume testing environments where consistency and productivity are essential.

High-Stiffness Frame – Built for Precision and Durability

DF-series universal testing machines feature high-stiffness frames, which are the foundation of testing accuracy, test repeatability, and long-term equipment service life. Specifically, the extra-thick crosshead and base beam deliver superior performance and exceptional longevity—even under the most demanding testing conditions.
Finite Element Analysis Design
In terms of design methodology, the frames of DF series UTMs are analyzed using finite element analysis (FEA) during the design phase. As a result, the excellent structural design brings reliable rigidity to the frame, ensuring optimal stress distribution and minimal deflection under load.

Furthermore, the FEA-optimized design enables our engineers to identify and reinforce critical stress points, maximizing the frame’s strength-to-weight ratio and enhancing overall structural integrity.
Long-Term Stability and Performance
Consequently, even when fully loaded or used continuously over extended periods, your DF-UTM will not deform—ensuring consistent, accurate test results throughout its service life. In addition, the high-stiffness frame minimizes vibration and resonance during testing, further improving data quality and measurement precision.

In conclusion, the high-stiffness frame is the cornerstone of the DF-series UTM’s reliability and precision, providing users with decades of dependable service and accurate test data.

Stable Motor Power Output – High Reliability

SINOTEST’s motor system undergoes meticulous design and rigorous testing to ensure stability and reliability under prolonged, high-load conditions. As a result, SINOTEST testing machines maintain outstanding performance across various applications, delivering trustworthy test results to users worldwide.

Stable and Reliable Test Data

In terms of data quality, the motor system guarantees stable output and high reliability during testing—resulting in precise, dependable test data. Consequently, whether in material testing, performance evaluation, or quality control, our testing machines provide compelling data support, empowering you to make informed decisions with confidence.

Collaborative Expertise with DOLI

Furthermore, SINOTEST benefits from a strategic partnership with DOLI, combining our strengths to deliver cutting-edge technology and continuous improvement. As a result, our testing systems achieve enhanced accuracy, reliability, and long-term performance—ensuring that your testing requirements are met with the highest standards of quality.

СКАЧАТЬ БРОШЮРУ

High-Precision Control System – Accuracy You Can Trust

SINOTEST’s UTM controller is developed in deep collaboration with DOLI, a global leader in testing machine control systems. As a result, it ensures reliable and precise testing results across a wide range of applications.

In terms of integration, our UTM machines seamlessly integrate with the DOLI controller. Furthermore, the system offers a user-friendly interface, intuitive navigation, and real-time monitoring capabilities—enabling operators to manage tests efficiently and with confidence.

Consequently, this precision control system delivers exceptional accuracy, repeatability, and data integrity, making it an ideal choice for quality control, research, and production testing environments.

Software– Lifelong Support and Continuous Upgrades

SINOTEST’s in-house developed software delivers a secure and user-friendly interface for universal testing machines. Specifically, it is designed to simplify test setup, execution, and data management—enabling operators of all skill levels to work efficiently.

In terms of support, customers benefit from lifelong technical support and free software upgrades. As a result, users gain continuous access to the latest enhancements, ensuring their testing system remains up-to-date with evolving industry standards.

Furthermore, the software offers practical features tailored for safety and repetitive testing—including automated data capture, customizable test parameters, and real-time data visualization. Consequently, laboratories can achieve consistent, repeatable results with minimal manual intervention.

In conclusion, SINOTEST’s software solution combines ease of use, robust functionality, and long-term support—making it an essential component of the DF-series universal testing system.

Test Standards – Electronic Universal Testing Machine

SINOTEST’s electronic universal testing machine complies with a comprehensive range of international test standards across multiple material categories. Specifically, the system supports ASTM, ISO, and other globally recognized standards for tensile, compression, bending, and shear testing of metals, plastics, rubber, composites, and more.

Metals Testing Standards

For metallic materials, the DF-series UTM supports the following key standards:

Plastics Testing Standards

For plastics and polymers, the system is designed to meet the following standards:

Rubber and Elastomer Testing Standards

For rubber and elastomeric materials, the DF-series UTM supports:

High-Temperature Testing Standards

For elevated temperature testing, the system is fully compatible with:

  • ISO 6892-2 – Metallic materials — Tensile testing — Part 2: Method of test at elevated temperature

Composites Testing Standards

For composite materials, the DF-series UTM supports a comprehensive range of ASTM standards for various test types:

In conclusion, the SINOTEST electronic universal testing machine is fully compatible with all major international testing standards across metals, plastics, rubber, composites, and high-temperature applications. For more information, please contact our technical team or explore our product catalog.

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