3DSD SIM SeriesProven Solutions in the Battery Testing Industry
A 3-axis simultaneous vibration testing system designed for battery testing applications — from battery manufacturers to vehicle OEMs, it supports a wide range of testing purposes.
Flexible-Sized Table
Servo motor quantity and layout can be flexibly configured to support both compact and heavy battery packs. With the 4pos. system, even larger batteries exceeding 2.5 meters can be accommodated.
| Model Name | 3DSD-500-EU | 3DSD-1500-EU | 3DSD-2500-EU | 3DSD-4p-Battery-EU |
|---|---|---|---|---|
| Image |  |  |  |  |
| Table size | 500 x 500 mm | 1500 x 1500 mm | 2500 x 2500 mm | 4 poster Customize your required size |
| Max payload | 100 kg | 500 kg | 1500 kg | 4 poster Customize your required payload |
| Frequency range | 5 – 200 Hz | 5 – 200 Hz | 5 – 200 Hz | 5 – 200 Hz |
| Max acceleration | No load 2.5G 100kg load 2G | No load 2.5G 500kg load 2G | No load 2.5G 1500kg load 2G | 4 poster Customize your required acceleration |
Real-World Simulation
By applying time-series waveform data of X-, Y-, and Z-directional acceleration measured from actual vehicles, the system can reproduce behaviors that occur in real-world environments.
Boost Test Efficiency
Unlike single-axis vibration testers that require repositioning the battery using cranes or other equipment each time the vibration axis is changed, the 3-axis simultaneous vibration tester eliminates the need for such setup changes. This significantly reduces total testing time. Additionally, as standardization of 3-axis simultaneous testing progresses across various organizations, the system is well-positioned to deliver even greater time savings in the future.
Multi-axis Solution
Dual 3D Vibration Tester + Kokusai Multi-axis Bearing + C-Chamber
Set-up Frequency
| DUT X, Y, Z direction change | Actuator Vertical to Horizontal | Operator Action | Total | |
|---|---|---|---|---|
| Conventional Model | 3 times | Once | 3 times | 7 times |
 | Once only initial set-up | Not required | Once only initial set-up | 2 times |
Energy-Saving Design
Thanks to its fully electric servo motors, the system delivers significant energy savings compared to conventional hydraulic vibration testers. Moreover, unlike the widely used electrodynamic systems, it requires only simple cooling solutions—eliminating the need for large, noisy blowers and drastically reducing the power consumption associated with cooling.
High Safety & Easy Maintenance
Unlike hydraulic systems, this tester contains no high-pressure or high-temperature components, eliminating the risk of oil leaks and ensuring a clean, safe testing environment. It also avoids costly maintenance such as frequent filter replacements, enabling low running costs.
Accelerate Development
As competition intensifies in hybrid and EV development, reducing the time required for battery pack and chassis design is a major challenge. The 4-position system of the 3-axis simultaneous vibration tester enables reproduction of battery strain and supports a wide range of strength validation and other testing needs—making it a powerful partner for development teams.
