No. 5, Seventh Street, Jintan, Dongguan City, Guangdong Province, Derui Mechanics Factory

Craftsmanship quality · Trusted Worldwide3000+ customer deliverables worldwide
Global Consultation Hotline:+86 15580327593

High-Precision Servo Hydraulic Tensile Testing Machine up to 3000 kN

Model:DX-L203-2 Our servo hydraulic tensile testing machine delivers precise force control up to 3000kN for metals, composites and polymers. Featuring closed-loop control and rigid 4-column frame, it ensures accurate tensile, compression and fatigue testing compliant with ASTM/ISO standards. Computer-controlled system with real-time data logging provides reliable results for aerospace, automotive and construction applications.

Delivery:20~30 days after order.
Safe and reliable
well-made
customization
Quality assurance
MessageWhatsApp
Hotline number 15580327593
  • Product Details
  • FAQ
  • Contact us

Servo Hydraulic Tensile Testing Machine: Precision Meets Versatility

Experience the ultimate in materials testing with our servo hydraulic tensile testing machine—designed for accuracy, strength, and flexibility across industries. Whether you need to test metals, composites, or advanced alloys, this computer-controlled hydraulic tensile tester delivers consistent, reliable results every time.

Key Benefits at a Glance

  • High Precision & AccuracyMicron-level resolution with advanced load cell displacement control ensures every test meets stringent quality standards.
  • Versatile Material TestingIdeal for metals, composites, polymers, and more—supporting tensile, compression, flexure, shear, and fatigue testing.
  • Compliant with Industry StandardsFully ISO 6892, ASTM, JIS, and GB certified for guaranteed compliance and global acceptance.
  • Robust & Durable DesignRigid 4-column load frame built to handle high-capacity loads without deflection or noise.
  • User-Friendly Computer ControlIntuitive system with multifunction remote for easy test setup, real-time monitoring, and data logging.

Why Choose Our Servo Hydraulic Testing System?

  • Customizable configurations fitting your lab and production needs
  • Closed-loop hydraulic actuator for smooth, responsive control
  • Integrated safety features with emergency stop and overload protection

Ready to Upgrade Your Testing?

Explore detailed specs, request a demo, or get a custom quote today!

(Annotated visuals show key components, usage scenarios, and control interface.)


FeatureBenefit
High-capacity actuatorTests metals and composites
Closed-loop controlPrecise load application
Computer-controlledEasy operation and data tracking
Safety systemsProtect operators and equipment
Multi-test capabilityTensile, compression, fatigue, shear

Elevate your materials testing with a servo hydraulic tensile testing machine built for accuracy, reliability, and unmatched versatility. Contact us now!

Product Specifications: Servo Hydraulic Tensile Testing Machine

Here’s a quick look at the key specs for our servo hydraulic tensile testing machine, designed to handle a range of materials and testing needs with precision and power.

SpecificationDetails
Load CapacityUp to 3000 kN (customizable)
Stroke Length500 mm standard (expandable)
Crosshead Speed0.001 to 1000 mm/min
Accuracy±0.5% full scale
Power Supply220V / 3-phase / 50-60Hz
Control SystemComputer-controlled with closed-loop hydraulic actuators
Frame TypeRigid 4-column load frame
Temperature RangeOptional environmental chambers available
Software CompatibilityWindows-based, supports real-time data logging
Safety FeaturesEmergency stop, overload protection

Custom Options Available

  • High-capacity frames tailored up to 5000 kN
  • Horizontal or vertical test frames
  • Specialized grips: wedge, hydraulic, pneumatic
  • Accessories like extensometers, compression platens, and temperature chambers
  • Integration with existing lab information management systems (LIMS)

Our specs focus on giving you flexibility, accuracy, and power to test metals, composites, plastics, and more — all backed by reliable servo hydraulic technology. If you need custom specs or have questions, just reach out!

Features and Technology of Our Servo Hydraulic Tensile Testing Machine

Our servo hydraulic tensile testing machine uses advanced technology built for precision and durability.

  • Servo-Hydraulic Actuator with Closed-Loop ControlProvides smooth, accurate force and displacement control. This closed-loop system ensures tests are stable and repeatable every time.
  • Rigid 4-Column Load FrameThe heavy-duty frame keeps the machine steady under high loads. It reduces vibrations and ensures accurate results even during tough tests.
  • Computer-Controlled System with Multifunction RemoteEasily operate and monitor tests through a user-friendly interface. The multifunction remote gives you control over speed, load, and test parameters in real time.
  • Safety Features and Emergency ProtectionsBuilt-in safeguards protect both operator and equipment:
    • Emergency stop buttons
    • Overload protection
    • Mechanical limit switches
    • Safety interlocks
FeatureBenefit
Servo-Hydraulic ActuatorPrecise, smooth force and displacement
Closed-Loop ControlConsistent, repeatable test results
Rigid 4-Column Load FrameStability and minimal vibration
Computer-Controlled SystemEasy operation and real-time adjustments
Multifunction RemoteConvenient full control during tests
Safety FeaturesProtects user and machine from accidents

This combination of tech and safety makes our servo hydraulic UTM reliable for every test, from simple tensile to complex fatigue testing.

Applications and Test Types

Our servo hydraulic tensile testing machine handles a wide range of tests to suit your needs. You can perform tensile and yield strength testing on metals and alloys with precision and confidence. It’s also ideal for compression and flexure tests on composites, making it versatile for different material types.

For tougher jobs, it supports shear and high-frequency fatigue testing, helping you understand how materials perform under stress and repeated loads. Industries like aerospace, automotive, and construction rely on this machine to ensure parts meet strict quality and safety standards.

Whether you’re testing metals, composites, or other materials, this system adapts to your workflow efficiently.

Standards Compliance and Accuracy

Our servo hydraulic tensile testing machines meet all major industry standards, including ISO 6892, ASTM, JIS, and GB. This means you can trust the machine to deliver reliable, consistent results every time.

We equip each system with high-precision sensors that offer micron-level accuracy, so you get exact measurements whether you’re testing metals, composites, or other materials. Plus, the real-time data logging feature captures and stores every detail automatically, giving you trustworthy test data without guesswork.

With these certifications and advanced accuracy, your quality control and research meet strict regulatory demands—no compromises.

Customization and Accessories

Our servo hydraulic tensile testing machines are built to fit your exact needs. Whether you need a high-capacity model for heavy-duty metal testing or a horizontal frame setup for specialized applications, we’ve got you covered.

Enhance your testing system with a range of accessories, including:

  • Wedge grips for secure, reliable holding of materials during tensile tests
  • Compression platens designed for precise compression and flexure testing
  • Extensometers offering accurate strain measurements on various materials
  • Temperature chambers for testing under controlled environmental conditions

These options ensure your servo hydraulic system adapts perfectly to your testing requirements, delivering precise, repeatable results every time.

Why Choose Derui?

At Derui, we bring over 20 years of experience in building servo hydraulic tensile testing machines that deliver reliability and precision. Our deep know-how means you’re getting equipment designed to last and perform under demanding test conditions — whether for metals, composites, or other materials.

What Sets Derui Apart?

BenefitsDetails
Proven Expertise20+ years manufacturing high capacity hydraulic UTM
Customer ApprovedPositive testimonials from aerospace, automotive, and construction clients
Built for DurabilityRigid frames and quality components for long-term use
High StiffnessMinimized deflection ensures accurate testing results
Noise ReductionQuieter operation for better working environments
Strong ROIReliable uptime and low maintenance cut costs over time

We focus on making machines that are easy to operate, sturdy, and precise—so your testing runs smoothly and your data stays solid. When you invest in a Derui servo hydraulic tensile testing machine, you’re choosing a partner committed to your success, backed by technology and service tailored for the U.S. market.

Installation, Maintenance, and Support

We make your setup smooth with turnkey installation, including full calibration and hands-on training. Our team gets your servo hydraulic tensile testing machine up and running quickly—so you can start testing right away.

Need help down the line? We offer on-site servicing and keep a stock of spare parts ready. Whether it’s routine maintenance or urgent repairs, we’ve got you covered to minimize downtime.

Plus, our products come with a solid warranty and easy access to user manuals, troubleshooting guides, and tech support. You can count on reliable support every step of the way.

Pricing and Purchasing

Our servo hydraulic tensile testing machines come with tiered pricing to fit different budgets and testing needs. Whether you’re after a basic setup or a fully customized high-capacity servo hydraulic UTM, we offer clear, competitive prices with no surprises.

We also provide flexible financing options to help you invest in the right equipment without upfront strain. This approach makes advanced, ASTM-compliant tensile testing more accessible to U.S. manufacturers and labs.

Ready to see how our machines can work for you?

  • Request a demo to experience our computer-controlled hydraulic tensile tester in action
  • Contact our sales team for personalized quotes and advice
  • Get a quick quote tailored to your specs and testing volume

We’re here to help you make the best choice for durable, accurate, and efficient materials testing.

Related Products and Footer

Looking for more testing solutions? Check out our range of computer-controlled universal testing machines (UTMs) designed for versatile material testing. We also offer servo hydraulic fatigue testers built for high-frequency, long-term durability testing. These units complement our servo hydraulic tensile testing machines perfectly, giving you a full suite of reliable, high-capacity testing equipment.


Explore Our Related Products:

  • Computer-Controlled Universal Testing Machines: Ideal for metals, plastics, and composites with precise load and displacement control.
  • Servo Hydraulic Fatigue Testers: For repeated stress testing to assess material life cycles and endurance.
  • Custom Hydraulic Test Frames: Tailored to your specific load and dimensional requirements.

Useful Links:

  • Product Sitemap
  • Request a Demo
  • Contact Sales
  • Customer Support

For any questions or personalized needs, reach out to us directly. We provide expert guidance to help you choose the right system and ensure smooth installation. Our team is committed to supporting U.S. customers with fast service, genuine parts, and ongoing training.


Stay connected and test smarter with Derui – your trusted partner in servo hydraulic tensile testing solutions.

FacebookLinkedInXRedditWhatsApp

1. Q: What is a servo hydraulic tensile testing machine and how does it work?
A: A servo hydraulic tensile testing machine is a high-precision device used to determine the tensile properties of materials by applying a controlled, stretching force. It works by using a closed-loop control system: a hydraulic actuator applies the force, while sensors constantly measure the load and displacement. This real-time data is fed back to a controller, which instantly adjusts the hydraulic servo valve to ensure the test follows the exact parameters (like speed or load rate) you set. This results in exceptionally accurate and repeatable measurements of properties like tensile strength, yield strength, and elongation.

2. Q: What are the main advantages of servo hydraulic systems over electromechanical testers?
A: The key advantages lie in power, capacity, and dynamic capabilities.

  • High Force Capacity: Servo hydraulic systems can generate immense forces (up to thousands of kN), making them ideal for testing metals, composites, and large structural components.

  • Dynamic Testing: They can perform dynamic and fatigue tests with varying loads and frequencies, which electromechanical machines cannot.

  • Large Stroke: They offer longer piston strokes, accommodating larger specimens and high-elongation materials.
    While electromechanical testers excel in precision for lower-force static tests, servo hydraulic machines are the go-to for heavy-duty and complex testing scenarios.

3. Q: What materials can be tested with a servo hydraulic tensile tester?
A: Servo hydraulic tensile testers are incredibly versatile and can test a wide range of materials, including:

  • Metals: Steel rebar, aluminum alloys, titanium, and other high-strength metals.

  • Composites: Carbon fiber, fiberglass, and other advanced composite materials.

  • Polymers & Plastics: Especially high-strength engineering plastics.

  • Construction Materials: Concrete reinforcing bars (rebar), cables, and ropes.
    Their high force capacity and control make them suitable for everything from brittle ceramics to ductile metals.

4. Q: What industries commonly use servo hydraulic tensile testing machines?
A: These machines are critical in industries where material failure is not an option. Key sectors include:

  • Aerospace: For testing turbine blades, airframe components, and composite materials.

  • Automotive: For testing suspension parts, engine components, and crash safety structures.

  • Construction & Civil Engineering: For quality control of rebar, structural steel, and cables.

  • Power Generation: For testing components used in turbines, pipelines, and nuclear facilities.

  • Research & Development: In universities and corporate labs for developing new materials.

5. Q: What does "closed-loop control" mean in servo hydraulic testing, and why is it important?
A: Closed-loop control is a fundamental feature that ensures test accuracy. Think of it as a constant conversation between the machine and its controller. The system continuously measures the actual load and displacement (the output) and compares it to the desired value you programmed (the input). If there's any difference (error), the controller instantly commands the servo valve to correct it. This is crucial because it guarantees that the test runs precisely as intended, providing reliable, repeatable, and compliant data for standards like ASTM E8.

6. Q: Can servo hydraulic testers perform tests other than tensile tests?
A: Absolutely. While excellent for tensile testing, their versatility is a major strength. By using different fixtures and accessories, they can easily perform:

  • Compression Tests: To measure a material's behavior under crushing loads.

  • Flexure/Bend Tests: To determine flexural strength.

  • Shear Tests: To assess resistance to sliding forces.

  • Low-Cycle Fatigue Tests: To study how materials fail under repeated loading.
    This multi-functional capability makes them a central piece of equipment in any comprehensive materials lab.

7. Q: What is the typical price range for a servo hydraulic tensile testing system?
A: The price can vary significantly based on capacity, configuration, and brand, but generally ranges from $50,000 to over $200,000. A basic 300kN system may start around $50,000-$80,000, while high-capacity systems (1000kN+) with advanced software, controllers, and environmental chambers can easily exceed $150,000. It's best to contact suppliers for a detailed quote based on your specific force, space, and testing requirements.

8. Q: What safety features are critical on a high-force servo hydraulic tester?
A: Given the immense forces involved, robust safety is non-negotiable. Essential features include:

  • Emergency Stop Buttons: Located at multiple, easily accessible points.

  • Physical Safety Guards: To contain any flying debris from a specimen fracture.

  • Overload Protection: Prevents the machine from applying force beyond its rated capacity.

  • Mechanical Limit Switches: Stops the actuator at the end of its travel range.

  • Software Safeguards: Allows operators to set safe force and displacement limits.

9. Q: How often does a servo hydraulic tensile tester require maintenance?
A: Regular maintenance is key to longevity and accuracy. Key tasks include:

  • Daily: Visual inspection for leaks and checking hydraulic oil levels.

  • Monthly: Checking and cleaning grips and fixtures.

  • Annually: A full professional service, including replacing hydraulic oil and filters, checking seals, and verifying system calibration.
    Following the manufacturer's schedule and using genuine parts are critical for preventing downtime.

10. Q: What standards do servo hydraulic tensile testing machines comply with?
A: High-quality machines are designed to meet major international testing standards, ensuring global acceptance of your data. The most common ones include:

  • ASTM E8 / E8M: Standard Test Methods for Tension Testing of Metallic Materials.

  • ISO 6892-1: Metallic materials — Tensile testing.

  • ASTM A370: Standard Test Methods and Definitions for Mechanical Testing of Steel Products.

  • ISO 7500-1: Verification of static uniaxial testing machines.
    Always confirm with the manufacturer that their system is certified for the specific standards your industry requires.

telephonetelephone

hotline:
155 8032 7593

WhapsAppWhapsApp
WhapsApp
LinkedinLinkedin
Linkedin
messagemessage

Contact us to provide you with exclusive service!