Precision Testing for Research, Education & Quality Assurance

The QuakeLogic QL-Fortis 50 (50 kN capacity) is a microcomputer-controlled electromechanical universal testing machine engineered for tension, compression, and flexure testing of metals, composites, plastics, and other materials. Designed for university laboratories, research institutes, and industrial QA facilities, the QL-Fortis 50 combines powerful servo control, advanced data acquisition, and intuitive Windows-based software for fully automated, high-precision material testing.

Built to exceed ASTM E4, E83, ISO 7500-1, and DIN standards, the system delivers ±1 % accuracy, real-time curve plotting, and automated reporting — ensuring reliable and repeatable results across all test modes.

System Components

Warranty & Support

• One-Year Comprehensive Warranty covering all mechanical, electrical, and software components
• Lifetime Remote Technical Support for hardware and software
• Free Software Updates and Firmware Upgrades during warranty period
• Guaranteed spare-part availability and post-warranty service plans

Why Choose QuakeLogic QL-Fortis 50

Meets or exceeds JSU IFB No. 25-19 requirements
Fully compliant with ASTM E4/E83 and ISO 7500-1 standards
U.S.-based installation and support team
Turnkey solution — delivered, installed, trained, and ready for use
Trusted by leading universities and research labs nationwide

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The QL-FORTiS 100 is a microcomputer-controlled electronic universal testing machine (UTM) designed for exceptional accuracy, stability, and repeatability. Powered by an AC servo motor and equipped with fully digital data acquisition and closed-loop control of force, displacement, and deformation, it delivers precise, low-noise operation ideal for research and industrial testing.

Key Features

• Dual-column electromechanical design for high rigidity and smooth motion
• Fully digital closed-loop control for constant-rate force, displacement, and deformation
• High-speed AC servo system (1:10,000 speed regulation ratio) with overload, overvoltage, and overspeed protection
• Automatic computation of mechanical properties including:
  • Maximum and breaking force
  • Yield strength (upper/lower)
  • Tensile and compressive strength
  • Fracture elongation
  • Elastic and flexural modulus
• Multi-standard compliance: ASTM, ISO, DIN, and GB (where applicable)
• Automatic calibration, range shifting, and zeroing for full digital accuracy—no analog trim links

Versatile Applications

The QL-FORTiS 100 supports a wide range of material testing applications, including:

• Aerospace & Defense: composite structures, bonded joints, fasteners
• Petrochemical & Manufacturing: pipelines, seals, welds, and structural metals
• Automotive & EV: polymers, foams, and lightweight alloy systems
• Wire & Cable, Textile, Plastic & Rubber, Ceramics, and Packaging Industries
• Wood, Paper, and Geotextile Testing for QA/QC and academic research

Why Choose QL-FORTiS 100

• High-precision Class 0.5 accuracy per ASTM E4 / ISO 7500-1
• Stable, low-noise drive with smooth motion and fast response
• Dual-level limit protection and automatic stop on specimen failure
• Windows-based QL-TestSuite Software with real-time visualization and automatic reporting
• LAN/network-ready system for centralized data collection and archiving
• Fully ASTM / ISO / NADCAP compliant — ready for accreditation audits

Elevate Your Testing Capabilities

Experience unmatched precision, repeatability, and control with the QL-FORTiS 100 Universal Testing Machine — your all-in-one solution for tensile, compression, flexure, and shear testing of metals, composites, polymers, and advanced materials.

Whether for R&D laboratories, university programs, or industrial QA/QC, the QL-FORTiS 100 delivers traceable results, turnkey installation, and comprehensive on-site training backed by QuakeLogic’s lifetime technical support.

Request a Quote Today
Upgrade your materials testing lab with the precision of QL-FORTiS 100.

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Bring earthquakes to life in a controlled, safe, and educational environment. The QuakeLogic Earthquake Experience Table is a high-precision shake table designed to simulate realistic ground motion for students and the public to observe, feel, and understand seismic behavior firsthand.

Engaging Earthquake Demonstrations for All Audiences

Perfect for STEM education, public outreach, and university demonstrations, this system transforms complex earthquake concepts into visual and tangible experiences.
With its robust 250 kg payload capacity and extended 1 m × 1.5 m platform, instructors can mount various model structures — from small buildings to bridges — to show vibration modes, resonance effects, and base isolation performance.

Safety rails around the platform provide added protection during live demos, allowing audiences to closely observe the shaking experience without risk.

Why Choose QuakeLogic

QuakeLogic is a global leader in seismic and structural health monitoring solutions. Our earthquake simulators combine precision motion control with rugged design, ensuring reliable performance for both educational and research environments.

Request a Quote

Interested in adding this to your lab or public exhibit?

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The Universal Hydraulic Tensile/Bending Test Machine (600/1000 kN capacity) is engineered to accurately assess structural properties—such as yield and tensile strength—of ferrous materials. It supports both tensile and compression testing up to its maximum rated capacity, and bending tests for rebar diameters ranging from 8 mm to 40 mm. Bending apparatus and mandrels, as well as ball seating assemblies for compression tests, are sold separately.

Core Sample Testing
To test core samples up to 100 mm, an upper platen must be ordered separately.

Safety and Performance

• Equipped with a limit switch on the lower grip and safety check valves on the hydraulic system to ensure operational safety.
• Quiet and efficient hydraulic power unit.

Specimen Compatibility

• 600 kN model: Tests 0–40 mm flat and 8–32 mm round samples.
• 1000 kN model: Tests 0–40 mm flat and 8–40 mm round samples.
• Features user-friendly hydraulic jaws built to meet international standards.

Measurement System

• Load measured via high-precision load cell.
• Strain captured using an integrated electronic displacement transducer.

Automation

• Fully automatic testing via digital control unit or computer interface.
• The system automatically returns to start position upon test completion.
• Grip spacing is motor-adjustable using an intuitive handset controller.
• Open-front hydraulic wedge grips allow easy specimen loading.

HYDRAULIC GRIPS

• Hydraulically actuated grips eliminate slippage and ensure accurate strain measurement.
• Operated by an independent 400-bar hydraulic power unit.
• 600 kN model includes grips for 8–32 mm round samples.
• 1000 kN model includes grips for 8–40 mm round samples.
• Jaw faces for flat samples must be ordered separately.

BENDING APPARATUS

• Designed for 8–40 mm rebar diameter testing.
• Compatible with HR-B6000 & HR-B1000 models for Ø8–20 mm rebars.
• Conforms to TS 708 and TS EN 10080 standards with 180° bend testing.
• Apparatus and mandrels are optional add-ons.

HYDRAULIC POWER PACK & H-TOUCH PRO MAX UNIVERSAL CONTROL UNIT

Hydraulic Power Pack Features:

• Silent, variable-speed operation (2 mm/min–18 mm/min ±5%).
• Safety valve protects against overloading.
• Graphical LCD display with intuitive menu navigation.
• Dual pump system: one for grip actuation, one for test load.

Dual Pumps Include:

• Grip pump with dual-stage configuration:
  • Low-pressure gear pump for rapid approach.
  • High-pressure radial piston pump (400 bar) for secure grip.
• Main piston pump for test loading.

Motor System:

• Main pump driven by AC motor with inverter control.
• Grip pump controlled manually via foot pedal.
• Pressure monitored by 0–600 bar manometers on upper and lower grip connections.

Oil Tank:

• 60 L capacity, visible level/temperature indicators.
• Uses 46-grade hydraulic motor oil.

DIGITAL CONTROL SYSTEM – H-TOUCH PRO MAX

Main Features:

• Load and displacement control
• Real-time graphical display (Load vs. Time / Stress vs. Strain)
• 2 analog channels (load cell / pressure or displacement transducer)
• Integrated thermal printer (optional)
• Adjustable resolution and scaling
• Up to 8-point calibration per channel
• Up to 10,000 test result storage or 80 hours of real-time logging
• 3 selectable unit systems: kN-MPa-mm / lbf-psi-in / kgf-kgf/cm²-cm
• Ethernet and USB ports for data transfer
• Password protection for settings and calibration

Hardware Specs:

• 2 customizable analog channels with 24-bit ADC
• 800×480 resolution TFT-LCD touchscreen (65K colors)
• 33 Hz control loop
• Dual ARM Cortex M3 microprocessors (data acquisition & display)
• USB flash drive support up to 32 GB
• Optional integrated printer

H-GUI UNIVERSAL SOFTWARE

Key Features:

• Free software for machine control and data acquisition
• Supports compression, tensile, and split tensile tests
• Stores and manages test parameters, client/specimen data
• Designed for rebar tensile testing and welded fabric evaluation
• Real-time stress, load, and elongation tracking
• Generates batch reports for up to 42 specimens with standard comparisons
• Language support: English and Turkish
• Exportable results in TXT and Excel formats
• Graphical reports with customizable axes and highlights
• Allows reuse of previous test data and templates

This machine is ideal for academic, industrial, and regulatory laboratories requiring high-precision tensile, compression, and bending testing of metallic specimens. All accessories and optional modules are available upon request.

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Installation & Comprehensive Training:

QuakeLogic provides complete installation, commissioning, and hands-on training delivered by our expert engineers, ensuring your team is fully equipped to maximize the table’s capabilities from day one.

Integrated Measurement Solutions:

Pair with our high-precision measurement systems for accurate, data-driven testing:

• TESTBOX 2010 Digitizer
• QL-VIBRA Accelerometers
• Displacement Transducers (LVDTs)

Trusted Worldwide:

Our shake tables are trusted by engineers and researchers across 25 countries, delivering exceptional reliability, accuracy, and innovation.

Why Choose QuakeLogic?

With our established global reputation, the QuakeLogic 1.5 Ton Servo-Hydraulic Shake Table offers the reliability, precision, and durability required to tackle the most demanding seismic tests and dynamic evaluations.

Contact us today at sa***@********ic.net to learn more or request a detailed quotation.

Specifications and features are subject to change without prior notice.

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±200 kN Dynamic Load Capacity
High-Resolution Force & Displacement Feedback
Hydraulic Power & Accumulator Unit Compatibility
Turn-Key Installation & Expert Support

Ideal for Civil Engineering, Earthquake, and Structural Labs

Turn-Key Delivery & Expert Support

At QuakeLogic, we provide a complete end-to-end solution, including installation, commissioning, and expert training for seamless system integration.

On-Site Deployment by Experienced Engineers
Complete System Integration & Testing
Comprehensive Operator Training for Optimal Performance

Why Choose QuakeLogic?

High-Performance Servo Hydraulic Technology – Superior force control and precision response
Custom Turn-Key Solution Tailored to Your Needs – Fully configurable to meet specific research and industrial standards
Precision Manufacturing & Reliable Data Acquisition – Ensuring repeatable and high-fidelity test results
Dedicated Technical Support & Training – From installation to full operational guidance
Seamless Integration into Research & Testing Facilities – Compatible with modern testing laboratories and structural assessment centers

Get in Touch Today!

Looking for a high-precision, dynamic hydraulic actuator for your testing facility? Let us provide you with a customized solution that meets your exact needs.

Email: sa***@********ic.net

Let’s discuss how QuakeLogic’s cutting-edge testing technology can enhance your research and industrial applications!

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Turn-Key Delivery & Expert Support

At QuakeLogic, we provide a complete end-to-end solution with our Cyclic Shear Testing System, ensuring seamless integration into your testing facility.

• On-Site Deployment by Experienced Engineers
• Complete System Integration & Testing
• Comprehensive Operator Training for Optimal Performance

Why Choose QuakeLogic?

High-Performance Servo Hydraulic Technology – Delivering unmatched accuracy, force control, and response time for cyclic shear testing.
Custom Turn-Key Solution Tailored to Your Needs – Engineered to meet specific research, industrial, and regulatory requirements.
Precision Manufacturing & Reliable Data Acquisition – Ensuring consistent, repeatable, and high-fidelity test results.
Dedicated Technical Support & Training – Providing ongoing assistance, expert insights, and customized training programs.
Seamless Integration into Research & Testing Facilities – Designed for effortless compatibility with existing laboratory setups and advanced instrumentation systems.

For industry-leading performance and accuracy, trust QuakeLogic’s Cyclic Shear Testing System to elevate your structural, geotechnical, and material testing capabilities. Let us help you push the boundaries of innovation and safety in engineering research.

Contact us today at sa***@********ic.net to learn more about how our solution can meet your testing needs!

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Engineered for high-performance dynamic testing, this hydraulic shake table delivers exceptional motion precision through a closed-loop PID control system. Designed to handle heavy payloads and high-velocity movements, it features a robust hydraulic power unit with advanced cooling and precise load control, making it the ideal solution for large-scale research and simulation.

Versatile Testing Capabilities

Available in uniaxial and biaxial configurations, this system enables:
Earthquake Simulation – Replay real recorded seismic events
Custom Waveform Generation – Sine, triangle, and user-defined acceleration/displacement profiles
Dynamic Load Testing – High-precision force and displacement control for various applications

Key Features & Specifications

• Configurable Axes – Uniaxial or Biaxial for diverse testing needs
• Table Size: 3m x 3m – Accommodates large-scale models
• Payload Capacity: 20 Tons (@ ±1g) – Supports heavy test specimens
• Stroke: ±200mm – Enables extensive movement range
• Hydraulic Power Unit: 280 Bar, 2,000L Tank – Ensures reliable performance
• Servo Hydraulic Actuator: Double-acting with ±320kN & ±260kN dynamic load capacities
• Advanced Control Software: Fully PC-integrated for seamless operation
• Turnkey Solution: Includes control unit, software, and plug-and-play setup
• Power Requirement: Three-phase (180 kW, 380/400 V AC) – Ensures efficient and stable operation
• No Strong-Floor Required: Fixed to the ground for simplified installation
• Real-Time Monitoring & Data Acquisition: Integrated force feedback and displacement sensors

Applications Across Multiple Industries

Ideal for civil, mechanical, and aerospace engineering research, this shake table facilitates:
Structural Mechanics & Earthquake Simulation
Soil-Structure Interaction & Geotechnical Studies
Aerospace Component Vibration Testing
Mechanical System Validation
Shake Table Experiments for Research & Development

Integrated Measurement System for High-Precision Testing

For comprehensive data-driven analysis, pair with:
TESTBOX 2010 Digitizer
QL-VIBRA Accelerometers
Displacement Transducers (LVDTs)

Trusted Worldwide

QuakeLogic’s shake tables are used by engineers and researchers in 25+ countries for cutting-edge testing and analysis.

Experience Unmatched Precision & Reliability

Discover how QuakeLogic’s 20-Ton Hydraulic Shake Table can enhance your research and testing capabilities.

Contact us today: sa***@********ic.net

*Specifications and features are subject to change without prior notice.*

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Unlike hydraulic shake tables, the system operates with low power consumption, compact footprint, and minimal maintenance. This makes it a cost-effective and reliable solution for advanced dynamic testing and academic or research laboratories.

The system is capable of replaying recorded earthquake time histories and generating standard waveforms (sine, triangle, random, etc.). It also executes user-defined acceleration- or displacement-time profiles with high fidelity.

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