LF7306 Floor standing (actuator crosshead mounted) Servohydraulic Test Systems
Available in 2000 kN and 3000 kN load capacities, the LF7306 ultra-high-force servohydraulic fatigue test systems combine a heavy-duty four-column frame, large test space and high frame stiffness to deliver stable, reliable and repeatable testing performance for large materials, heavy-duty components and engineering structures.
Overview
• The LF7306 Ultra-High-Force Servohydraulic Fatigue Test Systems are designed for high-load static, dynamic, fatigue, durability and structural performance testing of large-scale materials, heavy-duty components and engineering structures. With maximum load capacities of 3000 kN for LF7306, the series provides a powerful testing platform for applications requiring ultra-high frame stiffness, large test space and long-term cyclic loading capability.
• Built with a heavy-duty floor-standing four-column load frame, the system offers excellent structural stability, high load-bearing capacity and reliable alignment under demanding test conditions. The large vertical test space and wide column spacing allow flexible installation of large specimens, complex fixtures and customized test setups.
• The LF7306 are suitable for advanced laboratories, research institutes, universities, industrial quality-control centers and engineering verification sites requiring dependable ultra-high-force servohydraulic testing performance.
Features
Typical Specimens
Strictly tested in accordance with ISO, ASTM international standards.
Application
• The LF7306 series is suitable for ultra-high-force static and dynamic testing of large materials, structural components and engineering assemblies. It can be used for fatigue durability evaluation, static strength verification, tensile-compression fatigue testing, large component validation and service-condition simulation.
• The system is widely applicable to aerospace structures, rail transit components, automotive heavy-duty parts, civil engineering materials, bridge and construction components, high-strength metals, composite structures and other large-scale engineering specimens requiring reliable high-load test performance.
• With its ultra-high stiffness frame, large test space and customizable fixture compatibility, the series is well suited for research laboratories, universities, certification institutions, industrial R&D centers and quality-control laboratories.
Key Specifications
Specification Comparison：
| Model | LF7306 | |||||
| 1 | Load frame type | Floor standing | ||||
| 2 | Capacity (kN) | 3000(Four columns) | ||||
| 3 | Maximum vertical test | 4000 | ||||
| 4 | Actuator stroke(mm) | ±260 | ||||
| 5 | Effective spacing between frame columns(mm) (Test space width) | 1010X610 | ||||
| 6 | Diameter of frame columns(mm) | 170 | ||||
| 7 | Width of the base(between the left and right)(mm) | 1810 | ||||
| 8 | Depth of base(between front and back)(mm) | Customizable | ||||
| 9 | General height(mm) | 7000 | ||||
| 10 | Frame stiffness(N/mm) | 4.2×109 | ||||
| 11 | Gross weight | ≈18500 | ||||
Note ：Technical specifications may be customized according to specimen size, fixture configuration, test method and laboratory layout.
Why Choose Us?
• We provide 7×24 technical consultation, operator training, and timely software updates.
• We offer remote monitoring of equipment status, enabling rapid diagnosis and resolution when abnormalities occur.
• Keeping up with the latest development of widely adopted international standards from ASTM, ISO, etc. to ensureyour test results relevant and credible
• Maximizing your lab investment returns with tailored solutions to your unique needs from cost effective hardware tosoftware customization
• We treat everyone, be it clients, colleagues or partners, with honesty and sincerity.
• Staying at the forefront of testing technologies that continuously improve test accuracy, repeatability, and eficiency
• We configure the system according to specimen type, force level, test method, fixture requirements and site layout, helping users build a more suitable high-force testing platform.
• The heavy-duty four-column frame provides high stiffness, strong stability and reliable alignment for ultra-high-force testing.
• The system supports static, dynamic, fatigue, durability, fracture mechanics and structural verification testing for large-scale specimens.
• A wide range of grips, compression platens, bending fixtures, fracture mechanics fixtures, extensometers, environmental chambers and customized tooling can be provided.
• Professional installation, commissioning, operator training, maintenance guidance and technical support help ensure stable system operation throughout its lifecycle.
