NG-SHM Class C – Servo Hydraulic Testing Machine

The NG-SHM Class C Servo Hydraulic Testing Machine was developed to provide long-term precision and stability. However, it is recommended that you conduct regular calibration annually or as required by your quality control system or applicable standards (such as ISO 7500-1 or ASTM E4). Proper usage and scheduled service checks are required for maintaining Class 1 or Class 0.5 calibration accuracy.

NextGen's technical support team provides on-site maintenance and calibration services. In order to reduce downtime, certified technicians can conduct system checks, recalibrations, and adjustments on-site. Remote support and guidance are also accessible to assist with basic maintenance tasks between service intervals, providing additional convenience.

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The NG-SHM Class C – Servo Hydraulic Testing Machine provides a maximum tension test space of 110 cm in both the SHM605 and SHM106 models. This vertical space is measured between the upper grips or fixtures when fully opened for tension testing.

A 110 cm tension zone allows the machine to support longer specimens or extended test setups without additional adjustments or modifications. This is particularly useful for testing rebar, chains, stranded wire, or other elongated components.

Having a large tension space allows specimens can be properly aligned and loaded without bending or contacting other parts of the machine. It improves test accuracy and simplifies preparation, especially when working with non-standard or oversized samples. The wide space also contributes to operator safety and convenience during the installation and removal of test specimens.

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Yes, the NG-SHM Class C – Servo Hydraulic Testing Machine fully complies with ISO 7500-1.

ISO 7500-1 is a recognized international standard that defines verification requirements for force measuring systems for uniaxial testing machines. It guarantees that the equipment provides reliable, traceable, and precise force readings during tension and compression tests. Machines certified under ISO 7500-1 must undergo calibration and verification procedures using standard force-measuring devices to confirm their accuracy over the full range of operations.

The NG-SHM Class C series meets this standard with a force measurement system verified for Class 1 and Class 0.5 accuracy. This makes it suitable for demanding testing applications where data precision and repeatability are essential. ISO 7500-1 compliance assures laboratories and quality control environments that the test results obtained from the machine are valid and in accordance with international testing protocols.

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Yes, the NG-SHM Class C – Servo Hydraulic Testing Machine is certified under ASTM E4.

ASTM E4 is a widely accepted standard that outlines the procedures for verifying the force measurement systems of testing machines used in tension and compression applications. It applies both static and dynamic tests and guarantees that force readings are accurate within the required tolerance limits. This standard is essential for verifying the reliability of material strength data, especially in industrial and research environments.

The NG-SHM Class C meets ASTM E4 by using a high-precision strain gauge load cell located directly at the lower grip. The force measurement system is validated through calibration with certified devices and delivers results with better than ±1% or ±0.5% accuracy.

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The main purpose of the NG-SHM Class C – Servo Hydraulic Testing Machine is to perform high-force mechanical testing on metal and other industrial materials.

This system was specifically created for tension and compression testing. It is suitable for a number of specimens, such as fasteners, rebar, chains, welds, and especially stranded steel wire. The machine offers a dual-zone testing space, with tension tests conducted in the upper zone and compression tests conducted in the lower zone. This setup reduces setup time and increases testing efficiency.

Its advanced servo-hydraulic system allows precise loading control, assuring accurate force application and data collection. With a capacity range of 600kN to 1000kN, the NG-SHM Class C is ideal for applications that demand strength, repeatability, and strict compliance with international testing standards like ISO 7500-1 and ASTM E4.

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The NG-SHM Class C – Servo Hydraulic Testing Machine offers two available force capacities: 600kN, which equals 134,885.36 pounds-force, and 1000kN, equal to 224,808.94 pounds-force. These high capacities allow the system to perform accurate testing on materials with strong mechanical properties under both tension and compression.

The machine is suitable for testing large or high-strength components such as rebar, steel wire, welded joints, and structural fasteners. High-capacity loading is important for simulating real-world stress conditions and achieving meaningful results in material analysis.

The 600kN capacity is featured in the SHM six-zero-five model, while the 1000kN capacity is available in the SHM one-zero-six model. Both models maintain precision and stability across their full force range so that users can conduct repeatable, reliable tests. These options provide flexibility for different testing needs while meeting international accuracy standards.

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The NG-SHM Class C – Servo Hydraulic Testing Machine features a 6-column load frame with a servo-controlled hydraulic system. This configuration is optimized for stability, durability, and precise force application during tension and compression tests.

The six vertical columns provide a strong and rigid structure, minimizing frame deformation under high loads. This helps maintain test results accuracy, even during testing of large or heavy specimens. The multi-column design also supports better alignment and load distribution.

The servo-controlled hydraulic system enables smooth and accurate force control. It allows for precise adjustment of test speed and force application, which is a key requirement for meeting test standards and capturing detailed material behavior. This type of control system also improves repeatability and allows the machine to perform complex load profiles or static hold tests with high reliability.

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The NG-SHM Class C – Servo Hydraulic Testing Machine has a dual-zone test space. This means the machine has two dedicated areas for testing: the upper zone is used for tension tests, and the lower zone is used for compression tests.

This layout allows operators to switch between different test types without reconfiguring the machine. It significantly reduces setup time and improves testing efficiency. Each zone is equipped with fixtures suited to the type of force being applied, ensuring accurate and stable specimen positioning.

The dual-zone design also enhances operator convenience and safety. Testing functions are separated and provide clear working areas for each test type. This structure is particularly useful in laboratories and facilities that alternate between tensile and compressive testing on various materials and components.

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The NG-SHM Class C – Servo Hydraulic Testing Machine is suitable for testing an extensive range of strong and rigid specimens. Typical materials tested with this system include fasteners, rebar, chain links, welded joints, cast components, and stranded steel wire.

These specimens are commonly used in industries where strength and durability are critical. The machine's design allows it to apply precise tension and compression forces to these materials to evaluate their performance under stress. This includes measuring properties such as tensile strength, yield point, elongation, and compression resistance.

The system’s powerful frame, dual-zone test space, and advanced hydraulic control handle specimens of varying shapes and surface features. Whether the specimen is smooth, threaded, welded, or twisted like wire, the NG-SHM Class C delivers accurate, repeatable results for a broad range of mechanical testing applications.

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The NG-SHM Class C – Servo Hydraulic Testing Machine uses a lead screw-driven crosshead to adjust the testing space. This mechanism allows the vertical position of the crosshead to be changed smoothly and accurately, depending on the size and type of specimen being tested.

The lead screw system provides controlled, manual or motor-assisted movement, assuring precise alignment of the grips or fixtures before each test. This is important for accurate load distribution and minimizing setup time between tests. It also improves operator safety by reducing manual adjustments under load.

This feature is especially useful when switching between specimens of different lengths or when repositioning is needed for compression or tensile tests. The reliability of the lead screw mechanism contributes to the overall stability and repeatability of the testing process.

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The NG-SHM Class C – Servo Hydraulic Testing Machine includes several key structural features that support accurate and repeatable test results. Among them are the 3-position crosshead, adjustable specimen positioning system, and precision guide columns that keep the moving parts properly aligned during operation.

The crosshead is reinforced and designed with adjustable height settings to accommodate different specimen sizes and reduce setup time. The specimen positioning system allows precise centering, which is necessary for applying force evenly and avoiding measurement errors. Precision-guided columns further enhance stability by preventing lateral movement during testing.

A thick crosshead and solid base beam work together to minimize stored energy in the frame. This reduces frame deformation under load and makes certain that measurements of load, strain, and modulus remain stable and accurate throughout the test cycle. These features make the load frame reliable and performance-focused.

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The NG-SHM Class C – Servo Hydraulic Testing Machine is equipped with a standard dual-zone test space, which includes a tension zone at the top and a compression zone at the bottom. This layout allows both test types to be performed on the same machine without major reconfiguration.

By separating the zones, the operator does not have to remove and reinstall fixtures when switching between tension and compression tests. Each zone remains ready for its specific function, simplifying test preparation.

This configuration also reduces setup errors and improves workflow efficiency. Operators can complete more tests in less time, especially in high-throughput environments. The dual-zone structure improves usability while maintaining precise alignment and accurate force application throughout both testing modes.

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The NG-SHM Class C – Servo Hydraulic Testing Machine is equipped with a "Quick Return" hydraulic valve intended to improve testing speed and overall throughput. This feature allows the actuator to return to its starting position rapidly after each test is completed.

Instead of waiting for a slow reset, the crosshead or piston retracts quickly and safely, allowing the next specimen to be prepared without unnecessary delays. This is especially useful in laboratories or production environments where many tests must be conducted in a short time.

By reducing idle time between tests, the "Quick Return" function increases productivity while maintaining consistent test cycles. It also minimizes operator waiting time, contributing to a smoother workflow and more efficient use of the testing machine.

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The NG-SHM Class C – Servo Hydraulic Testing Machine includes automatic limit checking to monitor critical system parameters during operation. These checks prevent damage to the machine and improve operator safety.

The system constantly monitors the crosshead position to avoid movement beyond safe travel limits. It also detects overload conditions where applied forces exceed the rated capacity, which risks both specimens and equipment. Additionally, it checks for abnormal temperature rises, excessive voltage, and other faults that could affect performance or cause equipment failure.

If any limit is exceeded, the machine automatically halts operation or adjusts as needed to protect its internal systems. This built-in monitoring allows for safer testing, extends machine life, and makes certain that every test is conducted within defined and secure operating parameters. It reduces error chances and supports consistent, trouble-free performance over time.

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After a test is finished, the NG-SHM Class C – Servo Hydraulic Testing Machine offers an automatic return function to reset the system efficiently. The oil cylinder can return to its original position automatically or manually, depending on operator preferences or system settings.

The automatic return helps speed up the testing process by preparing the machine for the next cycle without requiring manual input. This is especially useful in repetitive testing environments where time and consistency are important. It also reduces operator fatigue by limiting manual tasks.

Manual returns remain available in situations requiring operator control or special handling. Together, these features offer flexible operation while improving workflow and supporting high-throughput testing with minimal downtime.

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The NG-SHM Class C – Servo Hydraulic Testing Machine uses wedge-action, hydraulically operated grips to hold specimens firmly in place during testing. This mechanism allows for positive specimen holding, even under high loading conditions.

The wedge action tightens the grip as the applied force increases. As tension is applied to the specimen, the gripping force automatically strengthens, preventing slippage. This self-reinforcing design guarantees specimen security throughout the test.

Hydraulic operation adds further reliability by applying consistent and controlled pressure to the grips. This allows for fast, repeatable clamping of different specimen types, such as wires, rods, or flat samples. Secure holding is essential for accurate and valid test results, and these grips are designed specifically to provide that level of stability in both tension and compression modes.

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The NG-SHM Class C – Servo Hydraulic Testing Machine is equipped with an encoder mounted on the seat, specifically designed to measure the crosshead position with high accuracy. This component tracks the crosshead's vertical movement throughout the test.

Accurate position measurements are critical for determining strain, extension, and displacement values during tension and compression tests. The encoder continuously sends precise feedback to the control system, helping to verify that the force is applied correctly and consistently.

By capturing exact crosshead position data in real time, the encoder enhances results accuracy and supports compliance with testing standards. This allows precise control of test parameters, especially when small movements or fine measurements are required. It also contributes to improved repeatability and overall test reliability across a wide spectrum of specimen types.

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The NG-SHM Class C – Servo Hydraulic Testing Machine includes a servo valve that plays a key role in delivering high stability and reliability during testing. The servo valve precisely controls the flow and pressure of hydraulic fluid to the actuator, allowing smooth and responsive force application.

This control is essential for maintaining consistent loading rates, especially during sensitive or longer-duration tests. The valve responds quickly to system commands and test conditions, adjusting in real time to keep the force steady and within the required limits.

Stable hydraulic response reduces fluctuations, overshooting, or sudden changes in applied force. This improves results accuracy and guarantees repeatable performance. The servo valve’s reliability also supports long-term use of the machine in demanding environments, reducing maintenance needs and offering dependable operation with different materials and test types.

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The NG-SHM Class C – Servo Hydraulic Testing Machine uses strain gauge load cell technology to measure the force applied to the specimen with high precision. This technology is known for its accuracy and reliability in both tension and compression testing applications.

The load cell is positioned in the lower grip of the machine, where it directly captures the force applied to the specimen during a test. It converts mechanical force into an electrical signal, which is then interpreted by the control system to provide real-time force readings.

Direct measurement at the grip reduces signal interference and improves test accuracy. This setup ensures that every force applied is precisely recorded, supporting consistent results and compliance with recognized international testing standards. The system’s sensitivity and reliability make it suitable for critical material evaluation tasks.

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The NG-SHM Class C – Servo Hydraulic Testing Machine is equipped with a highly precise load cell that accurately measures both tension and compression forces. This load cell is designed to detect even the smallest force changes, making it suitable for detailed and sensitive mechanical testing.

The system offers a high load measurement resolution of 1/350,000. This means it can divide the full force range into 350,000 parts, allowing extremely fine measurement steps. As a result, even minimal force variations are recorded accurately and in real time.

Such high resolution is critical when testing materials with tight tolerance requirements or evaluating small-scale mechanical behaviors. It assists in test repeatability and helps produce international standards results. The combination of sensitivity and accuracy makes the NG-SHM Class C reliable for both quality control and advanced research applications.

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The NG-SHM Class C – Servo Hydraulic Testing Machine is available in two models: SHM605 and SHM106. Both models are built with the same high-performance structure, featuring a 6-column frame, dual-zone test space, and a servo-hydraulic control system for precise tension and compression testing.

The main difference lies in their force capacities and supported specimen sizes. The SHM605 model offers a force capacity of 600kN, while the SHM106 model supports up to 1000kN. This higher capacity allows the SHM106 to test larger and stronger specimens, including threaded steel up to Ø45 mm and flat specimens up to 40 mm thick.

Additionally, the SHM106 has slightly wider column spacing and larger compression platens. Both models maintain high resolution, system stability, and measurement accuracy, making them ideal for a wide array of material testing applications.

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The NG-SHM Class C – Servo Hydraulic Testing Machine offers calibration accuracy of Class 1 and Class 0.5. These classifications refer to internationally recognized accuracy grades used in force measurement standards such as ISO 7500-1.

Class 1 accuracy means the machine can measure force within ±1% of the applied value, while Class 0.5 offers a tighter tolerance of ±0.5%. This level of precision assures that the force applied during testing is consistently accurate throughout the full loading range.

High calibration accuracy is a prerequisite for producing valid and repeatable test results, especially in environments where material certification or compliance with strict quality standards is required. Offering both Class 1 and Class 0.5 options allows users to select the level of precision that matches their specific application needs, whether for routine quality control or advanced research testing.

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The NG-SHM Class C – Servo Hydraulic Testing Machine operates within a force range of 1% to 100% of full scale (FS). This means the machine can accurately measure and apply force starting from just 1% of its maximum capacity up to the full rated load.

This wide operating range is important for testing flexibility. It allows the same machine to handle both low-force and high-force applications without sacrificing accuracy or stability. Whether testing small components or large structural samples, the machines deliver reliable results over the entire range.

A 1% starting point ensures that even low-load specimens can be evaluated precisely. This makes the NG-SHM Class C suitable for varied material testing tasks, from delicate wire samples to heavy-duty metal parts. It also supports compliance with strict testing standards that require consistent accuracy throughout the load range.

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The NG-SHM Class C – Servo Hydraulic Testing Machine provides force accuracy better than ±1% or ±0.5%, depending on the calibration class selected. These values indicate how closely the measured force matches the actual applied force during a test.

A ±1% accuracy level meets general material testing requirements, while a ±0.5% offers higher precision for critical applications. This level of control is necessary for detecting material behavior accurately under tension and compression.

High force accuracy means repeatable results and supports compliance with standards such as ISO 7500-1 and ASTM E4. Furthermore, it reduces the risk of measurement errors, which is particularly important in industrial quality control, certification testing, and research environments where data integrity is a paramount concern.

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The NG-SHM Class C – Servo Hydraulic Testing Machine offers a range from 1% to 100% of full scale (FS). This means the system can accurately measure specimen elongation across the entire actuator movement span.

This extensive range allows the machine to capture both small and large deformations during testing. It is suitable for materials that stretch only slightly before failure, as well as those with greater elongation properties. The 1% lower limit guarantees precision at the beginning of deformation, which is critical for evaluating properties like elastic modulus and yield point.

Having a full-scale extension range also supports compliance with various international testing standards. It allows laboratories to conduct both routine quality tests and advanced mechanical evaluations with high accuracy and reliability. This flexibility makes the NG-SHM Class C ideal for handling different specimen types and test requirements.

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The NG-SHM Class C – Servo Hydraulic Testing Machine offers extension accuracy better than ±1% or ±0.5%, depending on the selected calibration class. This level of precision makes certain that the machine can measure the elongation or compression of a specimen with minimal error throughout its full extension range.

Accurate extension data are critical for determining material properties such as strain, elastic modulus, and elongation at break. A tight accuracy of ±0.5% is particularly valuable for advanced testing applications or when working with materials that require strict international standards.

This high extension accuracy supports detailed analysis, reduces measurement uncertainty, and helps laboratories produce reliable and repeatable results. This is particularly important in quality control environments, research settings, and certification testing, where exact values of deformation are required.

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The NG-SHM Class C – Servo Hydraulic Testing Machine provides an extension resolution of 1/350,000 of the maximum extension. This means the system can detect and record extremely small changes in specimen length during testing.

Such a high resolution allows the machine to capture minute deformations with great sensitivity. This is especially important when testing materials that show minimal elongation or performing detailed strain analyses. The system can track small movements from the start of loading through to failure, supporting accurate evaluation of properties like modulus, yield, and elongation.

Resolution at this level reduces data noise, improves repeatability, and enhances stress-strain curves. Furthermore, the NG-SHM Class C meets precision testing standards, enabling it to be used in both industrial and research applications requiring fine measuring precision.

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The NG-SHM Class C – Servo Hydraulic Testing Machine offers actuator (piston) speed ranges of 0 to 140 mm/min for the SHM605 model and 0 to 100 mm/min for the SHM106 model. This speed range defines how quickly the crosshead or piston can move during a test cycle.

Having a controlled and adjustable actuator speed is necessary for matching the test procedure to the material type and the required standard. Some materials require slow loading for accurate strain measurement, while others need faster speeds for production-level testing.

These controlled speeds allow smooth operation under both tension and compression loads, avoiding sudden movements that could affect test results. Whether testing metals, structural parts, or wire, the machine provides enough flexibility to perform slow, precise tests or high-speed operations while maintaining stable force application and accurate data capture.

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The NG-SHM Class C – Servo Hydraulic Testing Machine provides a force loading speed range from 0.02% to 2% of full scale (FS) per second. This range defines how quickly the machine can apply force during a test cycle.

Such an extensive and precise speed range allows the operator to adjust the loading rate based on the type of material being tested and the required standard. Slow speeds are suitable for detailed material analysis, such as identifying the yield point, while faster speeds can be used for routine tests where high throughput is needed.

Controlling the loading speed is essential for accurate and repeatable testing. It guarantees that the applied force increases in a stable and consistent manner, reducing the risk of error and improving the reliability of test results for different specimen types.

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The NG-SHM Class C – Servo Hydraulic Testing Machine features a 6-column design in both available models: SHM605 and SHM106. All 6 columns are part of the machine’s structural frame and are intended to provide maximum stability and rigidity during testing.

A 6-column configuration ensures even load distribution and precise vertical alignment of the crosshead and actuator. This helps minimize frame distortion under high loads and improves measurement accuracy for both tension and compression tests.

The additional columns, compared to 2- or 4-column designs, offer improved resistance to bending and twisting. This makes the machine well-suited to testing heavy or high-strength specimens that require maximum support and frame integrity.

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The NG-SHM Class C – Servo Hydraulic Testing Machine has a test space width, also known as column spacing, of 41 cm in the SHM605 model and 43 cm in the SHM106 model. This measurement refers to the horizontal distance between the inner edges of the vertical columns.

Column spacing defines the maximum width of a specimen or fixture that can be placed between columns during testing. Wider spacing, as found in the SHM106, allows for testing of larger or more complex specimens without interference from the frame.

Proper column spacing is important for test setup flexibility and test fixture and grip positioning. It also helps prevent contact between the specimen and frame components, which could affect results. The provided spacing in both models supports a broad range of specimen sizes and contributes to efficient and safe test operations.

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The NG-SHM Class C – Servo Hydraulic Testing Machine offers a maximum compression test space of 95 cm in both the SHM605 and SHM106 models. This is the vertical space available in the lower zone of the machine, specifically designated for compression testing.

95 cm compression space allows for the testing of taller or bulkier specimens without significant adjustments. It supports a large number of components, including castings, blocks, and other materials of substantial height or volume.

This generous space also assists in the proper fixture alignment and safe specimen placement. It helps maintain test accuracy by preventing unintentional contact between the specimen and the frame during compression. For operators, it simplifies the setup and reduces the time needed for adjustments, especially in high-throughput environments.

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The NG-SHM Class C – Servo Hydraulic Testing Machine supports round specimens with diameters ranging from 9 mm to 18 mm. This range applies to both SHM605 and SHM106 models.

This specification is important for guaranteeing proper grip and alignment of cylindrical specimens during testing. It covers common sizes used in mechanical testing of materials such as rebar, rods, metal wires, and machined round samples.

Accurate testing requires that the grips firmly hold the specimen without slipping or causing surface damage. The provided diameter range ensures compatibility with standard round test samples used in quality control, certification, and research. It also supports compliance with test standards that specify specific specimen dimensions.

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The NG-SHM Class C – Servo Hydraulic Testing Machine supports threaded steel specimens with diameters ranging from 10 mm to 30 mm in the SHM605 model and from 10 mm to 45 mm in the SHM106 model.

This range allows the machine to accommodate standard threaded steel bars, bolts, and structural fasteners commonly used in construction, manufacturing, and infrastructure applications. The SHM106's extended capacity makes it suitable for testing thicker and higher-strength threaded components.

Secure and accurate gripping of threaded specimens is necessary for avoiding slippage, misalignment, or premature failure during loading. The machine’s hydraulic grips and precision positioning systems guarantee reliable performance across the full supported diameter range. This capability makes the NG-SHM Class C ideal for high-force mechanical testing of threaded materials under both tensile and compressive loads.

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The NG-SHM Class C – Servo Hydraulic Testing Machine supports flat specimens with thicknesses ranging from 2 mm to 20 mm in the SHM605 model, and from 2 mm to 40 mm in the SHM106 model.

This range allows reliable testing of different flat materials, such as metal plates, bars, and sheet components. The wider thickness capacity of the SHM106 model makes it suitable for testing heavier and more structurally robust flat specimens.

Accurate testing of flat samples requires proper alignment and firm gripping to prevent slippage or distortion. The machine’s adjustable fixtures and hydraulic grip system guarantee stable force application throughout the entire thickness range. This enables the testing of both thin and thick flat specimens in compliance with relevant mechanical testing standards, assuring valid and repeatable results.

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The NG-SHM Class C – Servo Hydraulic Testing Machine is equipped with different compression platen sizes for its two models. The SHM605 model includes round platens with a diameter of approximately 15 cm, while the SHM106 model features square platens measuring 20 x 20 cm.

Compression plates are flat surfaces that apply pressure to the specimen during compression tests. Their size determines the contact area and affects how the load is distributed across the specimen.

Larger platens, such as those in the SHM106, allow testing wider or irregularly shaped components with better load coverage. Both platen types provide stable, uniform pressure, which guarantees accurate and repeatable compression results regardless of the type of test material.

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The actuator, or piston, in both the SHM605 and SHM106 models of the NG-SHM Class C – Servo Hydraulic Testing Machine has a stroke length of 25 cm. This value represents the maximum distance the piston can travel vertically during a test cycle.

A 25 cm stroke provides sufficient movement range for tension and compression testing. It allows the machine to accept specimens of different lengths and apply the necessary deformation or displacement during loading.

This stroke capacity supports flexible testing setups and contributes to accurate extension, strain, and failure measurement. It is especially useful when working with long specimens or when precise displacement control is required during the test procedure.

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The NG-SHM Class C – Servo Hydraulic Testing Machine has different frame dimensions depending on the model. The SHM605 model measures approximately 37 x 25.6 x 115.7 inches (length x width x height), while the SHM106 model is slightly larger at 40.2 x 26.4 x 120.1 inches.

In metric units, the SHM605 has dimensions of 94 x 65 x 294 cm, and the SHM106 measures 102 x 67 x 305 cm. These measurements represent the full physical footprint and vertical structure of each machine.

The tall frame design provides space for dual-zone testing and accommodates longer specimens. Despite its height, the compact length and width allow the system to fit efficiently into laboratory or industrial testing spaces without excessive floor area.

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The hydraulic power unit of the NG-SHM Class C – Servo Hydraulic Testing Machine has a compact and robust construction to support high-performance operation. Its dimensions are approximately 45.5 x 24 x 35.5 inches (length x width x height) in imperial units.

In metric units, the dimensions are 115 x 60 x 90 cm. This unit delivers pressurized hydraulic fluid to the actuator, enabling precise and stable force control during testing.

Its size allows easy installation near the main load frame without occupying excessive space. The enclosed design also reduces noise and protects internal components, making it suitable for laboratory and industrial environments where reliable, continuous hydraulic operation is required.

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Both models of the NG-SHM Class C – Servo Hydraulic Testing Machine, the SHM605 and SHM106, have a power consumption rating of 6 kilowatts (kW). This value represents the maximum electrical power required for the system during operation.

6 kW power consumption included the hydraulic power unit, control electronics, and servo systems. It reflects the energy needed to drive the actuator, operate the grips, and maintain stable testing conditions throughout each cycle.

This level of power usage is typical for high-capacity servo-hydraulic testing machines and should be considered when planning electrical requirements in a laboratory or industrial setting. A stable power supply is important to guarantee consistent machine performance and avoid interruptions during high-force testing.

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The NG-SHM Class C – Servo Hydraulic Testing Machine has a heavy-duty frame designed to handle high loads with stability and precision. The SHM605 model weighs approximately 6,613.87 pounds (3,000 kilograms), while the SHM106 model has a higher weight of around 11,023.11 pounds (5,000 kilograms).

This significant weight provides the structural support necessary for high-force tension and compression tests. A heavier frame reduces vibration, minimizes deflection, and contributes to more accurate and repeatable test results.

Solid construction guarantees long-term durability, even under continuous or high-load operation. Due to its substantial weight and dimensions, proper floor support and space planning are important when installing the machine.

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The NG-SHM Class C – Servo Hydraulic Testing Machine is an ideal solution for professionals and organizations that require high-force, precision mechanical testing of metallic materials. It is especially beneficial for quality control engineers, research institutions, testing laboratories, and manufacturers who need to validate the mechanical properties of components under both tension and compression.

This equipment is highly suitable for industries such as construction, automotive, aerospace, shipbuilding, steel production, infrastructure, and energy. Typical applications include testing rebar, bolts, welded joints, structural chains, and stranded steel wire used in cables and tension elements.

The system’s dual-zone configuration, high accuracy, and broad capacity range make it a valuable tool for assuring safety, performance, and compliance with international material testing standards. Whether used for certification, research, or routine inspection, the NG-SHM Class C provides dependable results for professionals working with critical structural materials.

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