Laowa Aurogon FF 10-50x NA0.5 supermicro APO - Fuji GFX
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Laowa Aurogon FF 10-50x NA0.5 supermicro APO - Fuji GFX
Laowa Aurogon FF 10-50x NA0.5 Supermicro APO – 10×–50× extreme magnification with NA 0.5 for full-frame imaging (Fuji GFX)
The Laowa Aurogon FF 10-50x NA0.5 Supermicro APO is a specialized super-micro lens built for extreme close-up photography. It delivers a 10× to 50× magnification range and uses a numerical aperture (NA) 0.5 optical design. Photographers and researchers can capture microscopic details on full-frame sensors with high resolution and reduced diffraction, without requiring additional microscope objectives.
Designed for high-magnification imaging and demanding workflows
The lens features an apochromatic (APO) optical construction that minimizes chromatic aberration and reduces color fringing. As a result, it preserves accurate color reproduction at extreme magnifications. Its full-frame coverage enables detailed imaging across larger sensors, making the lens suitable for both photographic and scientific applications.
The modular design allows the Laowa Aurogon FF to integrate into various setups. You can use it with focus-stacking rigs and specialized micro photography systems. Precision manual focus provides the fine adjustments needed when working at 10×–50× magnification. The lens also employs high-quality metal construction to ensure professional durability and mechanical stability during extended use.
Key features
- 10× to 50× magnification range for extreme close-up imaging
- Numerical Aperture (NA) 0.5 design for high-resolution and diffraction-limited performance
- Apochromatic (APO) optical construction minimizes chromatic aberration for accurate color reproduction
- Full-frame coverage for capturing ultra-detailed images with minimal distortion
- Optimized for scientific imaging, industrial inspection, and high-magnification photography
- Modular design for seamless integration with focus-stacking and micro photography setups
- Precision manual focus for fine adjustments at extreme magnifications
- High-quality metal construction for professional durability and stability
- Fuji GFX mount as specified in the product title
Technical specifications
| Specification | Detail |
|---|---|
| Magnification range | 10× to 50× |
| Numerical Aperture (NA) | 0.5 |
| Optical design | Apochromatic (APO) |
| Coverage | Full-frame |
| Mount | Fuji GFX |
| Focus | Precision manual focus |
| Construction | High-quality metal |
| Optimized for | Scientific imaging, industrial inspection, high-magnification photography |
What’s in the box
- Laowa Aurogon FF 10-50X NA0.5 Supermicro APO Lens
- Front Lens Cap
- Rear Lens Cap
- Lens Mount Adapter
- Protective Case
Smart FAQ
Question: Is this lens suitable for scientific and industrial work?
Answer: Yes. The lens is optimized for scientific imaging and industrial inspection, offering a 10×–50× magnification range, NA 0.5 optics, and APO correction to support detailed, color-accurate captures in those fields.
Question: Do I need additional microscope objectives to reach high magnifications?
Answer: No. The Laowa Aurogon FF is engineered to deliver extreme magnification and high-resolution performance without the need for extra microscope objectives, making it practical for standalone macro and micro photography workflows.
Question: How does the lens integrate with focus-stacking or micro photography rigs?
Answer: The lens uses a modular design that allows it to integrate smoothly with focus-stacking rigs and specialized micro photography setups. Its precision manual focus lets you make fine adjustments needed for stacking multiple frames.
Question: Which mount is this lens for, and what accessories are included?
Answer: This listing specifies a Fuji GFX mount. The package includes a lens mount adapter, front and rear caps, and a protective case to help protect and mount the lens in your workflow.
Question: What should I expect in terms of build and handling?
Answer: Expect a high-quality metal construction that provides professional durability and stability. Manual focusing at extreme magnifications requires careful, precise adjustments, which the lens is designed to support.
