eXpert 1600
Servohydraulic Universal Testing System; Force Capacities up to 600 kN
The eXpert 1600 Series is a high-performance servohydraulic universal testing system engineered specifically for high-force static materials and component testing. With force capacities up to 600 kN, the system is designed to execute demanding force-stroke test conditions that exceed the limits of electromechanical machines. The eXpert 1600 Series delivers precise hydraulic control for tensile, compression, and structural testing applications where high load capability, stability under load, and support for complex test setups are essential.
Powerful and Precise
The eXpert 1600 Series is purpose-built for high-force static materials and component testing where load capacity, control stability, and structural rigidity are essential. It is widely used for tensile, compression, and structural testing of metals, automotive components, aerospace materials, and other industrial specimens that require forces beyond the practical range of electromechanical testing machines.
Designed to support both advanced research and production QA workflows, the eXpert 1600 Series delivers consistent hydraulic load control across a broad range of static test methods. Its robust mechanical frame and servohydraulic drive enable stable performance under high loads, supporting accurate data collection and repeatable results even in demanding test environments. By focusing on static testing performance without unnecessary system complexity, the eXpert 1600 Series provides a reliable platform for laboratories and manufacturers that need confidence in high-load testing, long-term durability, and results they can trust.
High-Force Hydraulic Performance
The eXpert 1600 Series supports force capacities from 10 kN to 250 kN, with customizable stroke lengths to match specific testing requirements. Its hydraulic drive enables high-frequency fatigue and dynamic testing, making it ideal for accelerated life studies, cyclic loading, and advanced materials research. The result is faster testing, higher throughput, and dependable performance under demanding conditions.
Application-Driven System Configuration
Every eXpert 1600 Series system is configured around the material, specimen geometry, and test standard being performed. The system can be configured with appropriate grips, fixtures, extensometers, and accessories to support ASTM, ISO, and EN test methods, as well as non-standard or application-specific setups. Load capacity, stroke length, fixturing, and measurement options are selected as part of the overall system configuration, allowing engineers and researchers to match the machine precisely to their testing requirements rather than adapting their tests to a fixed platform.
Adaptable Hardware Set-Up
The eXpert 1600 Series is configured as a floor-standing system and can be paired with either an integral or remote Hydraulic Power Unit (HPU), depending on load capacity, lab layout, and environmental requirements. The system configuration can be optimized to manage heat and noise, conserve floor space, or accommodate infrastructure constraints without compromising performance. Each system is configured to balance force capacity, stroke length, actuator size, and hydraulic performance, ensuring reliable operation without unnecessary complexity.
| MODEL | 1654, 1655, 1657, 1658 |
|---|---|
| Load Capacity | 22,500 – 135,000 lbf 100 – 600 kN 10,000 – 60,000 kgf |
| Maximum Speed | 4 – 7 in/min 101.6 – 177.8 mm/min |
| Power Stroke | 12 in 304.8 mm |
Advanced Control Systems
ADMET Materials Testing Systems are built around closed-loop servo control, enabling precise regulation of load, position, and strain throughout a test. MTESTQuattro and eP2 are designed to serve different testing needs, from software-driven, highly configurable test environments to streamlined digital control for routine, high-volume work. MTESTQuattro is typically selected when advanced test sequencing, extensive data analysis, or custom methods are required, while eP2 is well suited for standardized tests where simplicity and throughput are priorities. Both platforms deliver reliable servo performance and real-time data acquisition, allowing users to choose the level of control and software capability needed for their applications.
MTESTQuattro
MTESTQuattro is the PC-based controller and materials testing software platform behind most ADMET materials testing systems. It delivers precise closed-loop control with an 8 kHz servo update rate, high-resolution data acquisition, and built-in ASTM/ISO test workflows. The blue controller manages real-time machine motion and translates sensor inputs, while the software handles test setup, execution, analysis, and reporting. Together, they enable repeatable tensile, compression, flexural, fatigue, and custom test methods for both routine QA and advanced R&D, making MTESTQuattro a scalable solution for new test systems and retrofit applications alike.
eP2 Digital Controller
The eP2 is a standalone closed-loop servo controller for mechanical testing machines, providing direct load and position control at the frame without relying on a PC. Tests are configured on the controller using preset methods and numeric setpoints, with control loops running up to 1 kHz for stable force, position, and strain control. During the test, data is logged internally and then transferred to GaugeSafe software via USB for plotting, calculations, and reporting. The result is a turnkey testing core with fast setup, repeatable control, and a clean data path from actuator to report.
Precise Control
Both control platforms use closed-loop servo control to regulate load, position, and strain throughout a test. High update rates and responsive feedback help maintain stable loading during ramps, holds, and cyclic profiles. This level of control supports accurate, repeatable results across a wide range of materials testing applications. Consistent control behavior also reduces test-to-test variability when running long series or multi-specimen programs.
Intuitive Test Setup
ADMET control systems are designed to streamline test setup while maintaining flexibility. Standard test methods can be configured quickly, and custom test sequences can be built as needed using the testing software. Clear workflows reduce setup time, limit operator error, and support consistent testing across users and shifts. Saved test configurations allow validated methods to be reused without rebuilding procedures for each run.
Powerful Analysis and Reporting
Test data is captured in real time and processed using built-in materials testing software aligned with ASTM and ISO requirements. Results can be reviewed, compared, and exported in standard formats for traceability. This supports audit-ready documentation for both research and quality-focused testing environments. Automated calculations and standardized reports help ensure results are interpreted consistently across projects and teams.
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Long-term Value
With every purchase, ADMET offers free technical and application support for the life of your testing system. Whether you’re faced with a technical challenge or need an outside perspective on test design, we will partner with you to make your testing easy and successful.
Calibration Services
ADMET offers calibration services on new materials testing systems both before shipment and as a field service for any customer in need. Although ADMET utilizes the highest quality equipment available, regular calibration ensures that these components perform as required so the results generated can be trusted with confidence. A list of ADMET’s accredited calibration scope is available via the link.
Retrofit Capabilities
ADMET can extend the life of an aging testing system of any brand with our retrofit services. We often upgrade older systems with modern controllers, advanced software, and new fixturing to meet today’s materials testing needs. This extends lifespan, improves functionality, and improves the lifetime value of your investment. For a list of our retrofit capabilities, visit our retrofit webpage.
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eXpert 1600 Brochure