Yearly Archives: 2017

  • Six-DOF Earthquake Simulation Platform Design

    Six-DOF Earthquake Simulation Platform Design

    Six-DOF Earthquake Simulation Platform Design A complete design concept for reproducing earthquake motion in safety-education venues, research facilities and training rooms. Design Inputs Moving-floor dimensions, payload and centre of gravity Required acceleration, displacement and frequency range Target earthquake records and motion scaling Audience capacity, access and protective handrails Building foundation, power and control-room arrangement Control and Safety The system can provide waveform selection, intensity levels, motion logging, travel limits, actuator monitoring and multiple emergency stops. Final motion is limited to…

  • Dual In-Line YSL93L Servo Electric Cylinders for Laboratory Testing

    Dual In-Line YSL93L Servo Electric Cylinders for Laboratory Testing

    Dual In-Line YSL93L Servo Electric Cylinders for Laboratory Testing A matched pair of in-line YSL93L servo electric cylinders for laboratory loading, synchronized motion and test equipment. System Considerations Matched actuator geometry and feedback Electronic synchronization or gantry control Rigid external guidance to prevent cross-loading Load sharing and following-error protection Common emergency stop and travel limits Thrust, stroke, speed and sensor configuration are customized to the specimen and test cycle.

  • YSL93L In-Line Electric Cylinder: 10 kN, 80 mm Stroke, 333 mm/s

    YSL93L In-Line Electric Cylinder: 10 kN, 80 mm Stroke, 333 mm/s

    YSL93L In-Line Electric Cylinder: 10 kN, 80 mm Stroke, 333 mm/s Reference thrust 10 kN Stroke 80 mm Reference speed 333 mm/s Layout In-line The direct motor-to-screw arrangement provides a rigid, compact-width axis for pressing, testing and automation. Continuous force, peak force, acceleration and duty must be verified for the selected motor, drive and screw.

  • Reference Specifications for a Six-DOF Earthquake Experience Room

    Reference Specifications for a Six-DOF Earthquake Experience Room

    Reference Specifications for a Six-DOF Earthquake Experience Room An earthquake experience room combines a six-axis motion floor, control system and themed interior to demonstrate shaking, household hazards and emergency response. Specification Items Usable floor area and maximum occupants Platform payload and motion envelope Waveform library and adjustable intensity Scenario duration and operator controls Handrails, restraints, access and emergency stops Sound, lighting, display and educational content Parameters are finalized for the building structure, visitor profile and required safety review.

  • Earthquake and Seismic-Safety Experience Room

    Earthquake and Seismic-Safety Experience Room

    Earthquake and Seismic-Safety Experience Room An immersive room that helps visitors recognize earthquake hazards and practise safer responses in a controlled environment. Training Content Drop, cover and hold-on procedures Safe evacuation after shaking stops Recognition of falling-object and furniture hazards Different waveform and intensity demonstrations The motion platform, interior props and training script are designed as one system. Operator supervision and emergency-stop access are required during use.

  • Earthquake Vibration Experience Platform

    Earthquake Vibration Experience Platform

    Earthquake Vibration Experience Platform A programmable motion platform for earthquake demonstrations, public-safety education and emergency training. It may be installed as an open platform or beneath a customized room scene. Available Functions Multiple earthquake records and intensity settings Repeatable scripted scenarios Motion, audio, lighting and video synchronization Instructor start, pause, reset and emergency stop Travel, speed and actuator-status monitoring Payload, area and performance are customized to the venue and target audience.

  • 950 mm Fold-Back Electric Cylinder for Wet Environments, Without Motor

    950 mm Fold-Back Electric Cylinder for Wet Environments, Without Motor

    950 mm Fold-Back Electric Cylinder for Wet Environments, Without Motor A custom YSL64-series mechanical actuator with a 950 mm stroke, supplied without a motor for integration into wet-environment equipment. Environmental Requirements Underwater or continuously wet operation is not a standard assumption. The required immersion depth, duration, water type, pressure, corrosion exposure, cable sealing and IP protection must be specified and confirmed in the final design. Long-Stroke Considerations Screw critical speed and buckling External load guidance and rod alignment Corrosion-resistant materials…

  • 950 mm Long-Stroke Fold-Back Servo Electric Cylinder

    950 mm Long-Stroke Fold-Back Servo Electric Cylinder

    950 mm Long-Stroke Fold-Back Servo Electric Cylinder A compact-width YSL64-series actuator providing 950 mm of programmable linear travel. The servo motor is mounted parallel to the cylinder through a synchronous-belt transmission. Applications Long-travel positioning and adjustment Automated handling and lifting Test equipment and special machinery Multi-position process control Final thrust and maximum speed depend on screw selection, mounting orientation, guidance and duty cycle.

  • Six-DOF Typhoon, Tsunami and Ship Motion Simulation Platform

    Six-DOF Typhoon, Tsunami and Ship Motion Simulation Platform

    Six-DOF Typhoon, Tsunami and Ship Motion Simulation Platform A six-axis platform for maritime training, disaster education and research involving ship motion, severe sea states, typhoon conditions and tsunami scenarios. Functions Surge, sway, heave, roll, pitch and yaw Generated or recorded wave-profile playback Real-time interface with bridge and visual simulators Adjustable motion scaling for training scenarios Data recording, limits and emergency stops Simulation waveforms represent controlled training cues; they are not a substitute for structural certification or full-scale ocean testing.

  • Three-DOF Electric Platform and Six-DOF Earthquake Experience System

    Three-DOF Electric Platform and Six-DOF Earthquake Experience System

    Three-DOF Electric Platform and Six-DOF Earthquake Experience System Electric motion platforms available in three-axis and six-axis configurations for earthquake education, interactive simulation and equipment testing. Configuration Choice Three DOF: compact, economical reproduction of selected rotational or linear axes. Six DOF: full pose control for more complete earthquake and vehicle motion. Platform area, payload, waveform, acceleration, safety rails, control console and themed room can be customized for the venue.

  • Servo Electric Cylinder for Measurement and Control Equipment

    Servo Electric Cylinder for Measurement and Control Equipment

    Servo Electric Cylinder for Measurement and Control Equipment A YSL75-series actuator for measurement, control, calibration and automated test machinery requiring repeatable programmable linear motion. Available Feedback Motor encoder for closed-loop servo control Optional external linear scale for direct position measurement Optional load cell for calibrated force feedback Limit and home sensors for machine sequencing Accuracy must be specified together with load, speed, temperature, frame stiffness and calibration method.

  • Customer Case: Six-DOF Motion Seat Platform Delivered to Guangzhou

    Customer Case: Six-DOF Motion Seat Platform Delivered to Guangzhou

    Customer Case: Six-DOF Motion Seat Platform Delivered to Guangzhou A customized six-axis motion-seat platform was manufactured, inspected and delivered for a Guangzhou customer. Project Scope Compact six-axis electric motion base Seat and payload mounting interface Motion controller and safety limits Functional test before packaging and shipment Similar systems can be integrated with driving, flight, VR and themed-experience software.

We manufacture simulators, multi-DOF motion platforms, electric cylinders and servo-control systems. Selected products are available from stock, and custom solutions are welcome.