Applications & Case Studies

Emergency-Care Training Motion Platform and Simulation System Our six-degree-of-freedom platform can be integrated into a rocking and vibration system for emergency-care training. It recreates vehicle, marine or airborne motion so trainees can practise treatment tasks under controlled movement. Platform payload, motion range, training-cabin layout, road or wave profiles and instructor controls are customized for the training programme.

Mobile Emergency-Care Training Simulation System A six-axis vibration and motion platform for practising emergency treatment under simulated land, marine and airborne transport conditions. Reference Platform Specification Payload 1,000 kg Longitudinal / lateral travel ≥110 mm / ≥110 mm Vertical travel ≥200 mm Pitch / roll / yaw ±12° / ±12° / ±10° Continuous operation ≥48 hours Core-component life ≥10,000 hours Noise <60 dB MTBF >2,000 hours Control and Safety Sensor monitoring with output freeze upon a critical sensor failure Hardware…

3-Axis Marine Antenna and Inclination Test Platform Designed to reproduce inclination and rocking conditions affecting antennas and mechanical, electrical or electronic equipment installed on vessels and other mobile platforms. Reference Standards The Chinese configuration references GB/T 2423.101, GJB 150.23 and GJB 150.23A. Compliance for a specific project or destination market must be confirmed against the final design and test plan. Motion Envelope Mode Range Period / Duration Roll 0 to ±45° 3–14 s; at least 60 min Pitch 0 to…

Precision 6-DOF Positioning and Parallel Simulation Platform We customize precision Stewart-type six-axis positioning and simulation platforms, including mechanical design, control architecture, forward and inverse kinematics, calibration and system integration. Available System Scope 3-DOF and 6-DOF motion platforms Racing, driving and flight simulation systems Earthquake and virtual-simulation platforms Motion controllers, control cards and servo systems Control, calibration, playback, central-control and synchronization software Payload, workspace, dynamics, positioning accuracy, fixtures and software interfaces are engineered for the required simulation or test task.

Custom 6-DOF Platform Inverse Kinematics and 3D Modelling We provide mechanical design, 3D modelling and inverse-kinematics development for customized six-axis motion and translational loading platforms. Engineering Content Workspace and interference analysis Actuator-force and velocity calculations Inverse kinematics from requested pose to actuator length Optional forward kinematics and pose monitoring Trajectory generation, limits and safety logic Mechanical drawings, controller and software integration Final deliverables and source-code scope are defined in the project specification.

Earthquake Simulation Room and High-Precision Motion Platform Customized rotary actuators and multi-axis platforms can reproduce earthquake motion for safety education, emergency drills, research and immersive exhibits. System Options 3-DOF or 6-DOF motion base Recorded or synthesized vibration profiles Adjustable intensity, frequency and duration Control, playback, synchronization and central-management software Safety limits, emergency stop and supervised reset Platform load, room structure, evacuation layout and applicable public-safety requirements must be reviewed for each installation.

Full-Vehicle Motion Driving Simulator Conversion This project converts a real vehicle body into an immersive driving simulator. Sensors and control interfaces are integrated into the original cockpit, while a 3-DOF or 6-DOF servo-electric platform reproduces acceleration, braking, cornering and road motion. Typical Integration Scope Steering, pedal, gear and switch sensing Instrument, display and simulation-software interfaces Vehicle-body reinforcement and platform mounting Motion cueing, limits, emergency stop and supervised reset Exterior finishing and delivery commissioning The vehicle model, platform payload, available motion…

EV Wireless-Charging Coil Test Platform Wireless vehicle charging transfers high-frequency power from a ground-side transmitting coil to a vehicle-side receiving coil. Efficiency and reliability depend on controlled coil position and angular alignment, so the test system must reproduce realistic misalignment conditions. Platform Functions Programmable relative displacement between transmitting and receiving coils Programmable relative angular adjustment Real-time displacement and angle measurement and display Transmitting-coil reference positioning Collision prevention during adjustment Operator interface for parameters, live data and fault alarms A 6-DOF…

3-DOF Satellite Antenna Test Turntable Design A customizable three-degree-of-freedom turntable for satellite-antenna tracking, three-axis attitude and marine rocking tests. Custom Engineering Payload and center-of-gravity height Roll, pitch and yaw range Speed, acceleration and test period Platform dimensions and antenna interface Control, data recording and third-party communication Indoor, marine and environmental protection options Detailed drawings are supplied after the technical requirements and commercial scope are confirmed.

6-DOF Wireless Charging Coil Test Platform A multi-axis positioning system for studying wireless charging efficiency under controlled coil displacement and angular misalignment. Functions Independent and coordinated six-axis positioning Sine and scripted test trajectories Test-data logging and live plots TCP/IP third-party control Synchronization input and output Optional actuator-length, drive-state and pose monitoring Coil fixtures, payload, travel, angle, measurement sensors, electrical safety and communication interfaces are customized to the test plan.

6-DOF Marine Rocking and Inclination Test Platform A customized six-axis test platform for reproducing vessel motion, wave-induced attitude and combined inclination conditions. Reference Motion Performance Pitch ±20°; ±42°/s; ±90°/s² Roll ±20°; ±42°/s; ±90°/s² Yaw ±20°; ±50°/s; ±90°/s² Heave ±150 mm; ±300 mm/s; 4 m/s² Surge ±180 mm; ±300 mm/s; 4 m/s² Sway ±180 mm; ±300 mm/s; 4 m/s² Referenced linear positioning accuracy 0.03 mm Control Features Independent, coordinated, sine and scripted motion Wave-profile and random-profile reproduction Data recording and real-time…

Custom 6-DOF Test Platform for Flight, Wave and Driving Simulation A customizable six-axis motion system for flight, marine, driving, rail, earthquake, training, engineering-test and motion-entertainment applications. Reference PT6-YSL75R-4KN Configuration Moving platform 885 × 885 mm, preliminary Base 1000 × 1000 mm, preliminary Equipment mass Approximately 250 kg Effective payload 400 kg Referenced total platform load 450 kg Surge / sway ±100 mm / ±100 mm Vertical travel 150 mm Pitch / roll / yaw ±20° / ±20° / ±20° Referenced…