IR6431 Athermalized LWIR Lens 3.6mm F/1.0

Athermalized LWIR Lens 3.6mm F/1.0 Description

Athermalized LWIR Lens 3.6mm F/1.0 is a high-performance lens designed for use in long-wave infrared (LWIR) imaging systems. Featuring an advanced athermalized design, this lens maintains consistent focus and image quality across a wide temperature range, making it ideal for demanding environments. With a focal length of 3.6mm and a fast F/1.0 aperture, it delivers exceptional thermal sensitivity and a wide field of view, ensuring precise detection and imaging in low-light or challenging conditions. This lens is optimized for applications such as thermal imaging cameras, surveillance systems, industrial inspection, and firefighting equipment. Its durable construction and precision engineering make it a reliable choice for professionals requiring accurate and high-quality infrared imaging performance.

Athermalized LWIR Lens 3.6mm F/1.0 Specifications

Optical Properties

Environmental Durability

Mechanical Properties

*For drawing, please contact us.

Athermalized LWIR Lens 3.6mm F/1.0 Application

• Thermal Imaging Cameras:

Used in infrared thermal cameras to capture high-quality thermal images for industrial, security, and scientific applications.

• Surveillance Systems:

Ideal for security and surveillance cameras, providing clear and precise thermal imaging in low-light or no-light conditions.

• Firefighting Equipment:

Used in thermal imaging devices for firefighters to detect heat sources, identify hotspots, and navigate through smoke-filled environments.

• Industrial Inspection:

Helps in inspecting machines, electrical equipment, and buildings by identifying temperature variations that indicate faults or inefficiencies.

Athermalized LWIR Lens 3.6mm F/1.0 Packing

Our Athermalized LWIR Lens 3.6mm F/1.0 is carefully handled during storage and transportation to preserve the quality of our product in its original condition.

FAQs

Q1: What is an athermalized LWIR lens?

An athermalized LWIR lens is designed to maintain its focus and optical performance over a wide range of temperatures, minimizing the effects of thermal expansion or contraction on the lens elements. This ensures consistent image quality and clarity in varying environmental conditions.

Q2: What is the significance of the 3.6mm focal length?

The 3.6mm focal length offers a wide field of view, which is ideal for applications such as thermal imaging, security surveillance, and industrial inspections where a broader coverage area is required.

Q3: How does the athermalized design improve performance?

The athermalized design compensates for temperature-induced focus shifts, maintaining sharpness and clarity in a wide range of environmental conditions. This is especially important for devices used outdoors or in environments with fluctuating temperatures.