Earthquake Shake Table 16x16

• EDUCATIONAL TESTING: Earthquake shake table allows students to test building structures and investigate which designs best withstand seismic vibrations for hands-on learning.
• VIBRATING TABLE DESIGN: 16" x 16" base with four corner springs and dual motors creates reliable horizontal and vertical motion for consistent demonstration results.
• ADJUSTABLE MOUNTING: Accommodates tower models up to 12" base size with secure mountings, plus protective motor cage ensures safe operation during experiments.
• POWER FLEXIBILITY: Motors operate individually or together with 1-5V DC power supply, or manually shake the vibration table for more energetic testing scenarios.
• STEM LABORATORY: Perfect for earthquake simulation studies, structural engineering lessons, and concrete vibrating tool demonstrations in educational settings.

This educational vibration table enables students and educators to investigate earthquake engineering principles through hands-on structural testing. The 16"" x 16"" base platform features four corner-mounted springs that simulate seismic motion, allowing testing of building models up to 12"" on each side.

• Dual motor system provides controlled vibrating table motion powered by 1-5V DC supply for consistent demonstrations
• Adjustable mountings accommodate various tower bases and building designs for comprehensive testing
• Spring-loaded platform generates both horizontal and vertical vibrations to replicate earthquake conditions
• Protective motor cage ensures safe operation during lab table demonstrations and experiments
• Manual shaking option available when more energetic vibration is needed for advanced testing
• Broad base design supports diverse structural models for engineering education applications

The shake table serves as an effective earthquake simulator for STEM classrooms, allowing students to test which structural designs best withstand seismic forces. Motors operate individually or together to create reliable vibration patterns for repeatable scientific demonstrations.

Ideal for engineering students, educators, and researchers studying seismic resistance in building design. The sturdy construction and safety features make this shaker table suitable for classroom environments where students learn earthquake preparedness through practical experimentation.