This system delivers 1g acceleration at full payload and a peak velocity of 1,000 mm/s. In addition, it offers an effective stroke of ±200 mm and a frequency range of 0.1 Hz to 15 Hz. These features help users run demanding seismic and vibration tests with confidence.

The table includes a 4.5 m × 1.5 m aluminum upper platform with threaded holes for flexible specimen mounting. The structure also uses low-friction linear guides and a precision-ground roller screw actuator. Therefore, the system provides smooth motion, strong rigidity, and reliable load handling.

Safety is a key part of the design. The shake table includes mechanical safety stops, limit switches, and inductive safety sensors. These features help prevent overtravel and protect the drive system during operation. Moreover, the aluminum tabletop supports rust prevention, while the waterproofing design supports flume-based testing applications.

The control system supports closed-loop PID motion control for precise response. It also includes digital I/O channels and high-precision displacement feedback options. As a result, users can monitor and control motion with high accuracy.

The included earthquake simulation software supports ASCII, CSV, and AT2 file imports. In addition, users can generate sine, square, triangle, sawtooth, and sine sweep signals. The software also includes filtering, scaling, FFT, SRS analysis, calibration tools, and real-time visualization. Because of this, the system works well for both advanced research and routine laboratory testing.

Key features

• 2-ton electro-mechanical shake table
• Single-axis seismic simulation
• 1g acceleration at full payload
• 1,000 mm/s peak velocity
• ±200 mm effective stroke
• 0.1 Hz to 15 Hz frequency range
• 4.5 m × 1.5 m aluminum table
• Closed-loop PID motion control
• ASCII, CSV, and AT2 file import
• Real-time monitoring and analysis tools

The post QL – 2-Ton Electro-Mechanical Shake Table appeared first on QuakeLogic.

The system is built for reliable daily use in laboratory environments. It supports Scan and SIM acquisition at the same time. It also offers a mass range of 1.5–1000 amu and electron ionization at 70 eV. In addition, it includes an autosampler with at least 16 positions, a turbo vacuum system, and integrated software for easy control.

Moreover, the QL-SpectraTrace Elite GC-MS System fits many laboratory applications. It supports fuel testing, environmental analysis, forensic work, and general chemical research. As a result, it is a practical choice for labs that need sensitivity, stability, and clear analytical data.

Key applications include:

• Fuel analysis and trace contaminant detection
• Environmental monitoring
• Laboratory research and chemical analysis
• Forensic and material analysis

In addition, the system includes:

• Delivery
• On-site installation
• Validation
• Operator training
• Minimum one-year warranty
• Technical support
• Spare parts availability

The post QL-SpectraTrace Elite GC-MS System appeared first on QuakeLogic.

The machine helps users cut and engrave with speed, stability, and accuracy. It supports formats such as BMP, PLT, DST, DXF, and AI. It also works with LightBurn Pro compatible software, which makes job control simple and efficient.

The QL-ProLaser includes a knife/honeycomb worktable, stepper motor drive, and an industrial water chiller. These components help the machine run smoothly during demanding jobs. The system also offers ±0.03 mm positioning accuracy and engraving speeds of up to 600 mm/s.

Key benefits include:

• Large-format cutting and engraving area
• High precision motion system
• Smooth cutting edges with clean results
• Stable operation for industrial use
• USB data transfer and internal memory
• Exhaust, air assist, and cooling support systems

The QL-ProLaser is a strong solution for workshops, labs, and industrial users who need reliable CO2 laser cutting and engraving performance.

The post QL-ProLaser appeared first on QuakeLogic.

This system supports modern lab work with stable performance and easy operation. In addition, it helps teams handle both routine testing and advanced research. It is suitable for environmental analysis, forensic work, chemical research, and general laboratory use.

The system includes an Electron Ionization (EI) source at 70 eV, a mass range of 1.5–1000 amu, and scan speeds up to 10,000 amu/sec. Therefore, users can perform fast and accurate analysis. It also offers sub-picogram sensitivity for trace-level detection. Because of this, laboratories can detect very small amounts of target compounds.

The GC oven reaches temperatures up to 450°C. Meanwhile, Electronic Pressure/Flow Control (EPC) helps maintain consistent performance. The integrated autosampler supports high-throughput testing and improves workflow efficiency. In addition, the software supports data acquisition, analysis, reporting, and NIST 2023 library compatibility.

Key Benefits

• Accurate compound separation and identification
• High sensitivity for trace-level analysis
• Fast scan speed for efficient testing
• Stable performance for daily laboratory use
• Integrated autosampler for higher sample capacity
• User-friendly software for data handling and reporting

Overall, the QL-SpectraTrace GC-MS Analytical System is a strong choice for laboratories that need speed, precision, and reliable analytical results.

The post QL-SpectraTrace GC-MS Analytical System appeared first on QuakeLogic.

With a 50 kN load capacity, the QL-Fortis 50 Elite delivers precise force and displacement control. Its closed-loop system controls force, displacement, and speed in real time. This gives users repeatable and consistent test results. The machine also includes computer-controlled operation and live data collection, which makes testing faster and easier.

The system is designed for flexible and efficient use. It works with different grips and fixtures and supports custom test methods. Users can automate tests, review results on screen, and export data in common file formats. It supports CSV, PDF, and Microsoft Word output for easy reporting and record keeping.

Key benefits

• 50 kN load capacity
• Dual-column electromechanical design
• Tensile, compression, flexural, creep, and cyclic testing
• Closed-loop control for force, displacement, and speed
• Real-time data acquisition and graphical display
• Custom test method creation
• Automated test execution and result calculation
• Data export to CSV, PDF, and Microsoft Word
• Wi-Fi, Ethernet, and USB connectivity
• Windows 11 operating system support

The QL-Fortis 50 Elite is a smart choice for advanced material testing. It combines accuracy, ease of use, and dependable performance in one complete system. Whether you work in research, education, or production, this machine helps improve testing quality and workflow efficiency.

The post QL-Fortis 50 Elite Universal Testing System appeared first on QuakeLogic.

Users can scan substances through sealed and opaque containers. The system helps detect narcotics, explosives, and hazardous chemicals in real time. Its rugged handheld design supports demanding field conditions in law enforcement, border control, hazmat response, and security operations.

The device includes an integrated spectral library with more than 1,000 substances. It also features a high-resolution camera for image capture and evidence documentation. Teams can export data in CSV, SPC, and TXT formats for reporting and further analysis.

Key Benefits

• Fast chemical identification in the field
• Non-destructive analysis without sample contact
• Safe screening through sealed containers
• Detection of narcotics, explosives, and hazardous chemicals
• Expandable spectral library
• Built-in camera for documentation
• Rugged handheld design with rechargeable battery

The post QL-RamanGuard Handheld Raman Spectrometer System appeared first on QuakeLogic.

This full-body male simulator gives learners a realistic patient care experience. In addition, it supports both basic and advanced training. Users can practice BLS, ALS, and ACLS skills with one system. It also includes 26 simulated clinical scenarios for a wide range of training needs.

The system is wireless and tetherless. As a result, instructors can set up training more easily and create a more natural learning space. The built-in battery supports up to 6 hours of use. Moreover, the simulator can detect different body positions during training.

The QL-TYE9090 supports many key clinical tasks. For example, users can practice airway management, intubation, suction, breathing care, CPR, defibrillation, pulse checks, blood pressure checks, IV access, IO access, trauma care, and urinary catheterization. Because of this, the system can support many kinds of healthcare programs.

In addition, the simulator gives real-time CPR feedback and supports real clinical devices such as a pulse oximeter, blood pressure cuff, and monitor connection. It also supports drug response training through PK/PD modeling for 87 drugs. Therefore, learners can see how treatment choices affect patient condition during training.

The software system is also a major strength. Users can control the simulator through a web browser without installing extra software. Instructors can manage cases, review logs, track performance, and edit scenarios with ease. Furthermore, the platform supports case building, course sharing, and real-time monitoring.

Overall, the QL-TYE9090 Advanced Nursing Simulation System is a complete solution for realistic and flexible medical training. It helps improve clinical skills, team response, and patient care performance in a controlled learning environment.

Key Features

• High-fidelity full-body patient simulator
• Wireless and tetherless design
• Supports BLS, ALS, and ACLS training
• 26 built-in clinical scenarios
• Real-time CPR feedback
• Advanced airway and intubation training
• Trauma and bleeding control practice
• IV, IO, and central line access training
• Drug response modeling for 87 drugs
• Web-based control software

The post QL-TYE9090 Advanced Nursing Simulation System appeared first on QuakeLogic.

It uses a six-actuator configuration to deliver smooth and accurate movement across all six degrees of freedom. As a result, users experience realistic motion feedback in applications such as training, virtual reality, and engineering simulations.

In addition, the system provides high-speed response and strong load capacity. Therefore, it can support demanding simulation scenarios while maintaining stability and precision.

The platform is built with a durable steel structure and a modular design. Because of this, it can be easily integrated into different simulator systems, including vehicle simulators, VR platforms, and research setups.

Moreover, the system ensures synchronized motion control through its integrated control architecture. This improves realism and enhances overall user experience.

Whether used for training, testing, or immersive simulation, the QL-6DOF Advanced Motion Platform offers a reliable and scalable solution for professional use.

Key Features

• 6DOF motion system (6-axis movement)
• High-speed and precise motion control
• Strong and stable industrial frame
• Multi-purpose simulation compatibility
• Smooth and synchronized actuator system
• High load capacity for professional use
• Modular design for easy integration
• Suitable for VR, training, and engineering applications

The post QL-6DOF Advanced Motion Platform – Industrial Simulation System appeared first on QuakeLogic.

This platform uses six electric actuators and six 400W low-voltage DC servo motors. As a result, it can create smooth and precise motion in six directions. In addition, the system responds quickly and supports stable performance during demanding use.

The platform offers a 300 mm stroke, speed up to 250 mm/s, and response time of 15 ms or less. Therefore, users can experience fast and accurate movement with a high level of control. It also supports a load capacity of up to 300 kg, which makes it suitable for a wide range of simulator systems.

The system includes a cradle, base, main control system, steering wheel bracket, pedal bracket, and handbrake with sequential shifter bracket. Because of this, it is easier to integrate into many different simulator projects.

Whether you are building a professional motion simulator or upgrading an existing system, the QL-6DOF Motion Platform 400W DC Servo System provides the performance, stability, and flexibility needed for high-quality simulation.

Key Features

• 6DOF motion system
• Six electric actuators
• Six 400W low-voltage DC servo motors
• 300 mm stroke length
• Maximum speed of 250 mm/s
• Response time of 15 ms or less
• Load capacity up to 300 kg
• Suitable for users up to 2.2 meters tall
• Strong and stable frame design
• Easy integration for simulator applications

The post QL-6DOF Motion Platform 400W DC Servo System appeared first on QuakeLogic.

It delivers up to 1,000 kN (224,800 lbf) of force and provides ±0.5% load accuracy. In addition, it supports a programmable displacement range of 0.05 to 100 mm/min. This allows the machine to handle both low-speed and controlled-rate testing procedures.

The QL-Fortis Pro 1000 is suitable for several common specimen types. These include:

• Concrete cylinders
• Grout cubes
• Reinforcing steel specimens

The machine is also practical for laboratory installation. It can be installed on a standard reinforced lab floor and does not require a special foundation. Moreover, the system uses 208–240 VAC single-phase power, which makes electrical planning easier in existing facilities.

Because of its high capacity, precise control, and straightforward installation, the QL-Fortis Pro 1000 is a strong solution for civil engineering, structural testing, and material qualification laboratories.

The post QL-Fortis Pro 1000 appeared first on QuakeLogic.