Continuous LWIR Zoom Lenses

The continuous zoom lens is a lens that allows smooth transitions between different focal lengths, allowing the photographer or videographer to adjust composition and magnification without changing lenses. This lens changes the focal length by moving through an internal lens set, thus achieving continuous zoom from wide Angle to telephoto.

Types of Continuous Lenses

25～75mm F1.2 Continuous LWIR Zoom Lenses VIEW MORE

25～100mm F1.2 Continuous LWIR Zoom Lenses VIEW MORE

25～200mm F1.1/1.3 Continuous LWIR Zoom Lenses VIEW MORE

18～180mm F1.0/1.2 Continuous LWIR Zoom Lenses VIEW MORE

30～150mm F1.2 Continuous LWIR Zoom Lenses VIEW MORE

30～180mm F0.85/1.2 Continuous LWIR Zoom Lenses VIEW MORE

31～155mm F1.2 Continuous LWIR Zoom Lenses VIEW MORE

How Do Continuous LWIR Zoom Lenses Differ From Conventional Zoom Lenses?

1. Wavelength Range:

Continuous LWIR Zoom Lenses are designed specifically for long-wave infrared (LWIR) wavelengths, optimized to capture thermal radiation in the infrared spectrum. In contrast, conventional zoom lenses are typically designed for visible light wavelengths.

2. Optical Design:

Continuous LWIR Zoom Lenses feature specialized optical designs tailored for LWIR imaging, with lens elements and coatings optimized for efficient transmission and focusing of thermal radiation. Conventional zoom lenses may not be optimized for LWIR wavelengths and may not perform well in thermal imaging applications.

3. Mechanism and Operation:

Continuous LWIR Zoom Lenses utilize motorized mechanisms and precision-engineered lens elements to achieve seamless zoom capabilities for variable magnification without interruption. Conventional zoom lenses may use manual or autofocus mechanisms for zooming, and they may not offer continuous zooming capabilities.

4. Application Focus:

Continuous LWIR Zoom Lenses, like uncooled LWIR lenses, are primarily used in thermal imaging applications such as surveillance, thermography, and remote sensing, where precise control over magnification is crucial for capturing detailed thermal images over varying distances. Conventional zoom lenses are used in visible light imaging applications such as photography and videography.

5. Environmental Considerations:

Continuous LWIR Zoom Lenses are designed to withstand harsh environmental conditions encountered in outdoor and industrial applications, with ruggedized construction and sealing to protect against moisture, dust, and temperature extremes. Conventional zoom lenses may not be as ruggedized or sealed for use in challenging environments.

6. Integration with Imaging Systems:

Continuous LWIR Zoom Lenses are compatible with LWIR imaging systems such as thermal cameras and infrared sensors, featuring standard lens mounts and interfaces for seamless integration. Conventional zoom lenses may be designed for specific camera models or lens mounts and may not be compatible with LWIR imaging systems without adapters or modifications.

How Can Continuous Lwir Zoom Lenses Be Calibrated And Maintained?

Calibration and maintenance procedures typically involve adjustments to optimize focus, zoom accuracy, and image quality. Regular inspections, cleaning, and firmware updates may also be recommended to ensure optimal performance and reliability over time. Manufacturers often provide guidelines and services for calibration and maintenance.