MICRO ACTUATOR
The Micro Actuator component in NAMUGA’s camera module delivers two key features: precise lens focal adjustment through Auto Focus (AF) and vibration reduction with Optical Image Stabilization (OIS).
Our AF-on-OIS design incorporates an independent driving mechanism for AF and OIS function, optimizing performance for sharper focusing and enhanced stabilization.
Specification
AF Actuator
- High-precision Ball Guide Mechanism: The AF Actuator utilizes a ball guide structure to precisely adjust the lens to the optimal focal position, ensuring crystal-clear image quality.
- Flat Pattern Coil Application: The use of PCB-Based FP-Coil components significantly reduces manufacturing Process while maintaining superior performance.
|
Product |
Function |
Size |
Sensor |
Lens |
|
E-VCM-VE |
Closed Loop Control System (AF)
Flat Pattern Coil Technology
|
10.5x10.0x4.27t |
12M (1/2.55”) |
Φ7.7 |
Core Technology
1. High Performance, Ultra-precision, High-resolution Solutions
- Innovative Optical Image Stabilization (OIS) actuators are designed to offer ultra-precise control for 200MP high-resolution, heavy lenses. This ensures the ability to capture exceptional quality photos and videos with unparalleled clarity.
2. Cutting-edge Hybrid OIS Design
- We utilize an advanced Hybrid OIS Structure that incorporates a single-layered Ball Pocket and thin metal OIS Spring suspension.
This configuration delivers superior durability and precision ensuring long-lasting and reliable performance (No need for grease in the OIS Ball Pocket).
3. Streamlined Integration with Flat Pattern Coil Components
- By integrating the functions of winding coils and electric circuits into a single FP-Coil component, we provide a more streamlined and efficient product design. This integration simplifies manufacturing and enhances overall product efficiency.
4. Optimized OIS Engine for Multi-array Camera Module Placement
- Our OIS engine is engineered with parallel alignment of optical axis and main magnetic flux line, specifically tailored to optimize performance for multi-array camera module configurations. This design ensures exceptional precision and adaptability for diverse camera module arrangements.
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