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WANCE ETM-105 F Series 4-Column Flexural Testing Machine

The WANCE ETM-105 F Series 4-Column Flexural Testing Machine is an advanced electromechanical testing solution designed to measure the flexural strength of building materials. Compliant with international standards such as GB/T50081-2002, GB/T17671-1999, EN196, ISO 679, ASTM C 109, and C 349, this machine is perfect for use in both research and quality control environments.

Equipped with a ball screw mechanism, the ETM-105 F Series offers high efficiency and precision in testing. The photoelectrical encoder integrated into the servo motor system ensures accurate crosshead position measurement, enhancing the overall testing accuracy. Its simple structure allows for quick and easy operation, making it ideal for routine material testing.

For businesses seeking an affordable universal testing machine with superior performance, the WANCE ETM-105 F Series provides a competitive universal testing machine price without compromising on quality and precision.

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WANCE ETM-105 F Series 4-Column Flexural Testing Machine Overview

The WANCE ETM-105 F Series 4-Column Flexural Testing Machine is a high-precision system designed specifically for performing flexural tests on materials. With its robust 4-column design, it provides enhanced stability and accuracy for testing materials like concrete, composites, and other brittle or rigid materials. This testing machine is perfect for industries such as construction, aerospace, and materials science, where precise evaluation of flexural strength is critical.

  • 4-Column Design: The 4-column construction ensures maximum stability, preventing any misalignment during flexural testing and delivering accurate results.
  • High Load Capacity: Capable of handling high forces, making it ideal for testing large and rigid samples that require higher load limits.
  • Versatile Flexural Testing: Specially designed for flexural tests, but also capable of performing compression tests, offering a broad range of applications.
  • Advanced Control System: Equipped with precise force control and displacement measurement systems for consistent and reliable results across tests.
  • User-Friendly Software: Provides easy-to-use software for test setup, real-time monitoring, and detailed reporting to facilitate data analysis and interpretation.
  • Customizable Fixtures: Offers a range of interchangeable fixtures and accessories to support different sample types and testing configurations.
  • Durable and Reliable: Built for long-term operation, ensuring durability even in high-intensity, high-load testing environments.

The WANCE ETM-105 F Series 4-Column Flexural Testing Machine is an advanced solution for industries needing precise flexural and compression testing of materials. To inquire about the universal testing machine price and customization options, contact us today.

WANCE ETM-105 F Series 4-Column Flexural Testing Machine Features

The WANCE ETM-105 F Series 4-Column Flexural Testing Machine is an advanced testing solution designed to perform precise flexural tests on materials such as metals, plastics, ceramics, composites, and more. The four-column design provides enhanced stability and accuracy, making it ideal for evaluating the bending strength and flexibility of materials under controlled conditions. It is widely used in industries such as automotive, construction, research, and quality control.

  1. 4-Column Design:

    • The four-column structure ensures superior stability during testing, providing consistent results even under high loads.
    • Offers excellent load distribution, reducing the risk of misalignment and minimizing potential measurement errors.

  2. High Load Capacity:

    • Designed to handle high load capacities, typically ranging from 10 kN to 200 kN, depending on the model.
    • Suitable for testing larger specimens or materials that require significant force for bending or flexural testing.

  3. Precision Flexural Testing:

    • Specifically engineered for flexural (bending) tests, allowing accurate measurement of a material’s bending strength, modulus of elasticity, and other important mechanical properties.
    • Ideal for testing structural components, panels, and materials in industries like construction, automotive, and manufacturing.

  4. Motorized Crosshead and Test Speed Control:

    • Features motorized movement of the crosshead for precise positioning and controlled application of force.
    • Adjustable speed control allows users to set the testing rate, providing accurate results tailored to the material being tested.

  5. Advanced Load Cells and Sensors:

    • Equipped with high-precision load cells that accurately measure the applied force during flexural testing.
    • The machine also features displacement sensors or extensometers to measure deformation during bending tests, ensuring precise data collection.

  6. User-Friendly Control Software:

    • The machine comes with intuitive software for easy test setup, real-time monitoring, and comprehensive data analysis.
    • Real-time data acquisition with graphical displays of force, displacement, and strain, along with automated reporting features for efficient result interpretation.

  7. Large Testing Area:

    • The machine features a spacious testing area that can accommodate a variety of specimen sizes, making it versatile for different types of flexural tests.
    • Customizable fixtures such as support rollers and loading noses allow for flexible testing configurations based on specimen size and shape.

  8. Accurate Testing of Material Properties:

    • Provides precise measurements of bending strength, modulus of rupture, flexural modulus, and other critical material properties.
    • Ideal for testing materials like plastics, composites, ceramics, and metals in both research and quality control environments.

  9. Durable and Robust Construction:

    • Built with a heavy-duty frame and high-quality materials to ensure long-lasting durability and reliability.
    • Designed to withstand continuous use in industrial and laboratory environments, with minimal maintenance required.

  10. Safety Features:

  • Equipped with built-in safety mechanisms such as overload protection, emergency stop buttons, and safety shields to protect both the operator and the machine during testing.
  • Ensures safe and reliable operation, especially under high-load conditions.
  1. Cost-Effective Solution:
  • Offers competitive pricing for a high-performance 4-column flexural testing machine.
  • Ideal for laboratories, research institutions, and industries seeking a reliable and accurate solution for flexural testing at a reasonable cost.

Specifications:

Load Capacities:
  • Range: 0.4 kN to 100 kN
Drive and Testing Capabilities:
  • Drive Mechanism: Precision backlash-free ball screw
  • Drive System: Servo motor-based for precise position control
  • Testing Speed Range: 0.01 to 100 mm/min
  • Position Control Resolution: Down to 0.00006 mm
  • Long Strokes: Up to 100 mm
  • Horizontal Test Space: Up to 500 mm
Controller and Data Acquisition:
  • Controller: 32-bit Digital Signal Processor-based
  • Servo Loop Update Rate: 5 kHz
  • Data Acquisition Rate: 1 kHz
Accuracy:
  • Load Accuracy: ± 0.5% of reading value, down to 1/100th of full capacity
  • Speed Accuracy: ± 0.5% of set speed
  • Position Accuracy: ± 0.5% of reading
  • Strain Accuracy: ± 0.5% of reading value, down to 1/50th of travel range
Power Supply:
  • Works on: 1Ø 220VAC
Optional Features:
  • LVDT Assemblies: For flexural deflection measurements

The WANCE ETM-105 F Series 4-Column Flexural Testing Machine is designed for high-precision testing of materials under flexural stress. Its robust 4-column structure provides enhanced stability, ensuring accurate and reliable results for various flexural testing applications. Below are the key applications for this machine:

Applications:

  1. Flexural Strength Testing:

    • Building Materials: Measures the flexural strength of concrete, tiles, bricks, and other construction materials to assess their ability to withstand bending forces.
    • Composites and Laminates: Tests composite materials, including fiber-reinforced polymers (FRPs), used in aerospace, automotive, and construction industries.
    • Metals and Alloys: Assesses the bending strength of metals, alloys, and metal-based products used in structural components.
    • Plastics and Polymers: Evaluates the flexural properties of plastics, polymers, and composites used in manufacturing and packaging industries.

  2. Concrete Testing:

    • Concrete Beams: Tests the flexural strength and performance of concrete beams, essential for assessing the material’s ability to resist bending loads in structural applications like bridges, floors, and beams.
    • Concrete Slabs: Determines the bending properties of concrete slabs used in various construction projects to ensure their ability to resist flexural stress.

  3. Ceramic Materials:

    • Tiles and Ceramic Products: Measures the bending strength of ceramic materials, including tiles, to determine their suitability for use in construction and flooring applications.
    • Porcelain and Stoneware: Assesses the flexural strength of porcelain, stoneware, and other ceramic materials for use in tiles, sanitary ware, and industrial applications.

  4. Wood and Composites:

    • Wood Testing: Tests the flexural strength of wood and wood-based products (like plywood and MDF) used in furniture, flooring, and construction.
    • Wood Composites: Evaluates composite materials made from wood fibers, resins, and adhesives used in manufacturing furniture and structural components.

  5. Plastics and Rubber:

    • Flexible Polymers: Tests the flexural properties of flexible plastics and rubbers, which are used in automotive, packaging, and electronics industries.
    • Elastomers: Measures the bending strength of elastomers and rubber materials used in tires, seals, and gaskets.

  6. Glass and Thin Films:

    • Glass Testing: Determines the bending strength and fracture resistance of glass used in automotive, construction, and packaging industries.
    • Thin Films and Coatings: Assesses the performance of thin films and coatings under flexural loads, commonly used in electronics and packaging.

  7. Packaging Materials:

    • Cartons and Paper: Evaluates the bending properties of packaging materials like paperboard and corrugated fiberboard to ensure durability during handling, shipping, and storage.
    • Films and Laminates: Tests the flexural properties of packaging films and laminates used for product protection and preservation.

Industry Applications:

  1. Construction and Infrastructure:

    • Structural Material Testing: Ensures the materials used for beams, slabs, and walls have the required bending strength to resist load-bearing stresses in buildings, bridges, and infrastructure.
    • Concrete and Cement: Verifies the bending properties of concrete and cement products to ensure they meet performance and safety standards.

  2. Aerospace and Automotive:

    • Component Testing: Evaluates the flexural strength of materials like composites and alloys used in aircraft, automotive frames, and structural parts to ensure performance under dynamic loading conditions.

  3. Research and Development:

    • Material Testing: Supports the development of new materials by assessing their flexural properties in various applications, including building materials, composites, and plastics.
    • Product Development: Helps in the development of stronger, lighter, and more durable materials for use in various industries, including automotive, construction, and consumer goods.

  4. Quality Control:

    • Material Verification: Ensures that products meet industry standards for bending strength, durability, and safety before they are released into the market.
    • Manufacturing Process Monitoring: Helps manufacturers maintain consistent quality by monitoring the flexural properties of materials during production.

The WANCE ETM-105 F Series 4-Column Flexural Testing Machine is a reliable and versatile testing solution for industries that require precise measurement of flexural strength. Its robust design and flexibility make it ideal for testing a wide range of materials used in construction, automotive, aerospace, and manufacturing sectors.

1. What is the WANCE ETM-105 F Series 4-Column Flexural Testing Machine?

The WANCE ETM-105 F Series is a specialized 4-column flexural testing machine designed for precise bending or flexural testing of materials such as metals, plastics, composites, and ceramics. It is used in industries that require accurate measurement of material behavior under bending loads, ensuring product quality and material performance in real-world applications.

The WANCE ETM-105 F Series typically offers a load capacity of up to 100 kN, making it suitable for testing a wide variety of materials under bending forces.

The machine is ideal for testing a variety of materials, including:

  • Metals (e.g., steel, aluminum, copper)
  • Composites (e.g., carbon fiber, fiberglass)
  • Plastics (e.g., thermoplastics, thermosets)
  • Ceramics and glass
  • Wood and other building materials

The primary test conducted with the WANCE ETM-105 F Series is flexural testing, which measures the material’s ability to withstand bending forces. This test is crucial for determining the material’s flexural strength and modulus of elasticity. The machine is also capable of conducting tests like:

  • Three-point bending tests
  • Four-point bending tests
  • Flexural strength and fracture toughness

The WANCE ETM-105 F Series allows for adjustable testing speeds, typically ranging from 0.001 mm/min to 100 mm/min, enabling precise control for both slow and fast testing applications.

The WANCE ETM-105 F Series offers high precision with:

  • Load measurement accuracy of ±0.5%
  • Displacement accuracy of ±0.1%
    This ensures that flexural tests yield reliable and repeatable results across a variety of materials.

The machine is equipped with WANCE TestPilot software, which includes:

  • Real-time monitoring of load and displacement
  • Customizable testing protocols based on international standards (ASTM, ISO, etc.)
  • Graphical representation of test data
  • Automated data analysis and result reporting
  • The ability to store and export data for further analysis

The WANCE ETM-105 F Series is widely used across various industries, including:

  • Aerospace (testing lightweight materials like composites)
  • Automotive (evaluating vehicle components for strength and durability)
  • Construction (testing materials like concrete and steel)
  • Manufacturing (testing plastics and polymers)
  • Research and Development (for material testing and product development)

The WANCE ETM-105 F Series comes with several safety features:

  • Overload protection to prevent excessive force
  • Emergency stop button for quick shutdown
  • Safety shields around the testing area to protect users
  • Automatic stop function when predefined limits are exceeded

The machine can be equipped with various accessories, including:

  • Bending fixtures for testing different sample sizes and shapes
  • Load cells for measuring various load capacities
  • Extensometers for precise strain measurement
  • Environmental chambers for testing materials under controlled conditions (e.g., temperature, humidity)
  • Support frames and fixtures for testing large or complex specimens

The WANCE ETM-105 F Series stands out with its 4-column design, providing enhanced stability and accuracy during bending tests. The system is built for precision and durability, offering higher load capacities and better control over test conditions compared to many 2-column machines. It is particularly suitable for larger or heavier specimens requiring reliable bending performance.

Yes, the WANCE ETM-105 F Series can be equipped with an environmental chamber to enable high-temperature testing, simulating real-world conditions such as those encountered in automotive or aerospace applications.

The WANCE ETM-105 F Series comes with a 1-year warranty, covering parts and labor. Extended warranty options are available. Support services include installation, calibration, training, and technical assistance to ensure optimal machine performance.

The WANCE ETM-105 F Series typically operates on a 220V to 380V AC power supply, depending on the specific configuration and region.

The maximum specimen size depends on the configuration, but the machine is capable of handling specimens up to 1500 mm in length and accommodates various test fixture sizes for different bending test requirements.

The WANCE ETM-105 F Series is designed for ease of use, featuring a user-friendly interface and intuitive WANCE TestPilot software. The software allows quick setup and operation, even for those who are new to material testing machines.

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