Shakebot Shake Table
Shakebot is a single-axis shake table designed for earthquake simulation, structural engineering testing, and material science research.
OVERVIEW
The SHAKEBOT is a compact, single-axis shake table engineered for earthquake research, structural testing, and educational purposes. With its impressive payload capacity, user-friendly interface, and robust performance features, SHAKEBOT is an invaluable tool for institutions and researchers worldwide.
- Affordable Excellence: Industry-leading features at a fraction of the cost.
- Customizable Testing: Flexible software supports unique experimental requirements.
- Reliable Support: Backed by QuakeLogic’s trusted service and expertise.
SOFTWARE
- Python
- Robot Operating System
- Works with Ubuntu
- Works with Windows
- Works with MacOS
CONTROLLER
- PID Controller
- Ensures precise motion replication
PRODUCT PHOTOS
SPECIFICATIONS
Degree of Freedom:
Single
Movement Degree:
Horizontal Table
Max Displacement:
±220 mm
Max Velocity:
0.6 m/s
Linear Resolution:
0.1 mm
Max Frequency:
25 Hz
Payload Capacity:
50 kg at 1 g, max payload: 75 kg
Power Input:
110V AC or 220V AC (default: 110V AC)
Max Power:
600 W
Operating Temp:
0°C to 40°C
Dimensions:
Table: 81 x 31 x 12 cm, Control Box: 33 x 26 x 15 cm
Weight:
15 kg
FEATURES
Simulates ground motion up to 150 seconds.
Ensures precise motion replication.
Use predefined waveforms like cosine displacement functions.
Load your custom waveforms via CSV files.
Compatible with Windows, macOS, and Ubuntu.
Displacement safety limits
Torque-limited shutoff
Emergency stop switch
FAQs
CURRICULUM
Structural Testing
Simulate mode shapes, analyze structural dynamics, perform damping assessments, and conduct material testing.
Geotechnical Testing
Simulate ground motion scenarios to study soil-structure interaction, liquefaction potential, and foundation stability during seismic events.
Sensor Calibration
Achieve precise and reliable calibration of vibration sensors with controlled frequency and amplitude settings, ensuring data accuracy for research and industrial applications.
Vibration Monitoring
Monitor and analyze vibration responses of structures or components to assess durability, performance, and resilience under dynamic loads.