Understanding Motorized Zoom Lenses
This blog article provides an overview of a motorized zoom lens and a reliable optical lens supplier.
What is a motorized zoom lens?
A motorized zoom lens is a type of lens that uses a motor to change its focal length. This allows the lens to move from wide-angle to telephoto, or vice versa, with little to no user input. In short, this lens type is incredibly versatile and can be used for various purposes.
One common use for a motorized zoom lens is in photography. By using the lens’s ability to change its focal length, you can capture images that are closer or further away from the camera than what would be possible with a traditional zoom lens. This can be helpful when you want to take photos of items that are far away or when you want to create a wide-angle image that’s been “zoomed in” on a specific area.
Motorized zoom lenses can also be helpful when shooting video. By using the lens’s ability to change its focal length, you can capture footage that is closer or further away from the camera than what would be possible with a standard video camera. This can be helpful when you want to shoot footage from a high vantage point or when you want to create shots.
Why choose YTOT Lens for your motorized zoom lenses purchase?
– Aspheric lens technology
The inside of the lens adopts a combination of aspherical and spherical lenses. Using an aspherical lens can effectively correct various aberrations, greatly improve image quality, miniaturize the lens and obtain the most imaging effect.
– Low dispersion glass material
Using low-dispersion materials, using their low refractive index characteristics to reduce the dispersion of the beam, can effectively reduce the dispersion. Therefore, it effectively corrects axial chromatic aberration at the telephoto end and vertical chromatic aberration at the wide-angle end.
– Temperature drift control
Using optical materials with a low coefficient of thermal expansion under different temperature environments, the lens does not need to be refocused, and a clear image can be obtained.
– Flat image surface
The excellent optical design makes the image center to the edge uniformly achieve high pixels and high contrast, which can be better matched with high-definition network cameras.
– Day and night confocal
The advanced optical design makes the lens’s visible light and near-infrared light imaging surfaces almost overlap, ensuring that the lens can clearly image both day and night.
Conclusion
Motorized zoom lenses are a great way to get closer to your subject without having to move away from your camera. They offer a lot of flexibility regarding how you use them, and they can be helpful in situations where you want to capture detailed close-ups or shots that would be difficult or impossible with a regular lens.