Electronic Universal Testing Machine
Your Professional Electronic Universal Testing Machine Supplier
Jinan Nake Test Equipment Co., Ltd. is a high-tech enterprise that integrates research and development, manufacturing, and sales. The company's core product lines include the electronic universal testing machine series, hydraulic universal testing machine series, dynamic fatigue testing equipment series, bending testing machine series, and impact testing machine series.
Professional Team
The company is supported by a professional team consisting of more than 20 R&D engineers, over 50 experienced manufacturing personnel, and an after-sales service team comprising more than 10 dedicated members.
Quality Certification
Our management system is certified under ISO 9001:2015, ensuring consistent and reliable product quality across all stages of production.
On-Time Delivery
We have consistently achieved an on-time delivery rate of over 98.2%, with a product defect rate below 0.3% and a rework rate under 0.28%.
Strong Capabilities
With production and office facilities covering more than 4,000 square meters, the company has been officially recognized as a National High-Tech Enterprise in China.
Parameter
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Model |
WDW-10 |
WDW-10E |
WDW-20 |
WDW-20E |
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Max. Load(kN) |
10 |
10 |
20 |
20 |
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Load accuracy |
Class 1 |
Class 0.5 |
Class 1 |
Class 0.5 |
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Load range |
2%～100%F·S |
0.2%～100%F·S |
2%～100%F·S |
0.2%～100%F·S |
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Load resolution |
1/300000 |
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Resolution of deformation |
0.04um |
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Accuracy of displacement |
Within±0.5%of indicating load |
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Resolution of displacement |
0.01mm |
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Test speed(mm/min) |
0.05-1000 stepless arbitrary setting |
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Speed accuracy |
Within ±1% / ±0.5% of set speed |
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E-Tensile space(mm) |
800 (can be customized) |
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E-Compression space(mm) |
800 (can be customized) |
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D-Test width(mm) |
400 (can be customized) |
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F-Beam travel distance(mm) |
1140 |
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H-Workbench thickness(mm) |
30 |
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I-Base height(mm) |
210 |
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Types of Electronic Universal Testing Machine
The electronic universal testing machines produced by our company mainly include the following types:
Digital Display Tensile Testing Machine
It is applicable for tensile, compression, bending, shear and low cycle testing of various materials. It is suitable for metal, rubber, plastic, spring, textile and component testing.
Ring Stiffness Testing Machine
The machine adopts a double-space door structure. The upper space is stretched, and the lower space is compressed and bent. The beam can be raised and lowered steplessly.
Rubber Tensile Testing Machine
Rubber Tensile Testing Machine is an instrument that measures the tensile strength and ductility of rubber and other elastomeric materials by applying a stretching force until the specimen breaks.
Features of Electronic Universal Testing Machine
Exceptional Load Measurement
EUTMs are equipped with advanced load cells that measure applied forces with remarkable precision. These machines typically offer accuracies ranging from ±0.3% to ±1% of the reading, with many models achieving accuracies better than ±0.5%.
Accurate Displacement Control
Beyond force measurement, EUTMs provide precise control over displacement. Some models offer displacement accuracies within ±0.5% of the indicated load.
Diverse Testing Capabilities
EUTMs are designed to perform a wide array of tests, including tensile, compression, bending, transverse, and shear tests. This versatility makes them suitable for evaluating various materials, from metals and polymers to textiles and composites.
Rapid Test Execution
EUTMs can apply and adjust loads swiftly, significantly reducing the time required for each test. This efficiency enhances productivity, especially in high-throughput testing environments.
Intuitive Control Systems
Featuring user-friendly interfaces with touchscreens and programmable settings, EUTMs simplify operation. Operators can easily set parameters, monitor tests, and retrieve results without extensive training.
Seamless Software Integration
EUTMs often come with compatible software that facilitates real-time data visualization, analysis, and reporting. This integration enhances user experience and ensures efficient data management.
Applications of Electronic Universal Testing Machine
Aerospace & Defense
Testing alloys, composites, fasteners.
Automotive
Evaluating plastic tensile properties, crash‑worthy components.
Construction & Civil Engineering
Concrete, rebar, building materials.
Medical Devices
Biomaterials, implants, surgical sutures.
Packaging & Textiles
Peel strength, tear resistance, fabric tensile tests.
R&D & Academia
Novel materials research and fundamental mechanics.
Difference Between Hydraulic Universal Testing Machine and Electronic Universal Testing Machine
|
Feature |
Hydraulic UTM |
Electronic UTM |
|
Mechanism |
It uses hydraulic pressure to apply force. |
Utilises servo motors and advanced load cells for precision. |
|
Force Capacity |
It is ideal for high-force applications like metal and construction materials. |
Best for low to medium-force applications such as polymers and textiles. |
|
Precision |
It offers moderate accuracy but is sufficient for high- capacity testing. |
High precision with accuracy up to +0.5%. |
|
Applications |
Metals, composites, and large -force construction materials. |
Polymers, textiles, small components, and research applications. |
|
Cost |
Lower initial cost for high- capacity tests but higher operational costs. |
Higher upfront cost but more energy- efficient and lower maintenance. |
|
Flexibility |
Limited to specific testing parameters. |
Wide range of testing speeds and capabilities with advanced controls. |
Operating Steps of Electronic Universal Testing Machine
Step 1: Sample Preparation and Clamping
The first step in operating a universal testing machine is preparing the test specimen and securely clamping it into place. The sample is usually prepared in compliance with specific standards, such as ASTM or ISO. Depending on the type of test, the specimen may vary in size and shape.
Step 2: Applying the Force
Once the specimen is securely clamped to the EUTM, the machine applies force. The type of force—tensile (pulling), compressive (pushing), or other—depends on the nature of the test. The EUTM’s actuator, which may be hydraulic, pneumatic, or electromechanical, controls the movement of the crosshead that applies the force.
Step 3: Measuring the Response
As the EUTM applies force to the specimen, the next critical step is accurately measuring the material's response. This involves two key components: the load cell, which measures the force being applied, and extensometers (or displacement transducers), which track how much the sample deforms under stress.
Step 4: Analyzing and Recording the Data
After the EUTM applies force and measures the sample’s response, the final step is analyzing and recording the collected data. This step is critical for understanding the material's mechanical properties, as it provides insights into how the material performs under stress.
Packaging and Shipping
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Packaging |
Standard export wooden box packaging |
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Shipping |
Sea shipment, air shipment, fast courier shipment according to customer advice. |
Our Factory
2500 square meters of product assembly workshop and 700 square meters of R&D and design office building.
Our Certificates
FAQ