Image Stabilization Simulator
3-axis Driven Vibration Simulator
Highly responsive, highly accurate, and high-resolution pitch, yaw, and roll axes are mounted by using servo motors. Each axis can be driven synchronously. By using the data transfer program 《Data Loader》, drive data such as free waveform, sine wave, composite sine wave, amplitude modulation wave, and frequency modulation wave can be easily transferred to the controller.
TSS-1000
Dual-axis Driven Image Stabilization Simulator
This is a 2-axis (pitch and yaw) drive image stabilization simulator compliant with CIPA standards.
This device enables measurement of image stabilization performance in accordance with CIPA DC-011-2012.
This device enables measurement of image stabilization performance in accordance with CIPA DC-011-2012.
TSS-M0210Y
Custom-made Units and OEM Products
Custom-made Stages & Custom-made Unit Manufacturing Efforts
We design and manufacture custom-made products for various industries based on our rich experience in synchrotron radiation experimental equipment, which is the mainstay of our custom-made products.
We are committed to meeting the high needs of our customers, so please contact us if you have any requests.
We are committed to meeting the high needs of our customers, so please contact us if you have any requests.
Main Modification Examples
- Change of stroke (travel)
- Environmental support (change of material, vacuum/clean grease replacement)
- Change of motor
- Change of micrometer head
- Guarantee of accuracy, load capacity, etc., beyond catalog specifications
- Installation of linear scale and rotary encoder
Example of Actual Performance [Custom-ordered XY Stage]
- Table dimensions: □150mm (overall height 125mm)
- Travel range: ±75mm (150mm)
- Emphasis on positioning accuracy running accuracy!
- Automatic XY stone stage with minimal posture changes such as pitching, yawing, rolling, etc.
![Example of Actual Performance [Custom-ordered XY Stage]](https://www.kohzuprecision.com/wp-content/themes/kohzu/assets/img/products/blur-vibration-simulator/img_03.jpg)
We propose various stage mechanisms and combinations to meet various applications and accuracies.