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IR6414 Athermalized LWIR Lens 25mm F/1.2

Catalog No
IR6414
Focal Length
25mm
F/#
1.2
Operating Temperature
-40℃ to +80℃

The Athermalized LWIR Lens 25mm F/1.2 is perfectly suited for high-performance infrared applications that demand accuracy and reliability. Stanford Optics is dedicated to the research, development, and manufacturing of mid-wave infrared (MWIR) and long-wave infrared (LWIR) optical systems.

 

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Athermalized LWIR Lens 25mm F/1.2
Athermalized LWIR Lens 25mm F/1.2
Description
Specifications
Reviews

Athermalized LWIR Lens 25mm F/1.2 Description

The Athermalized LWIR Lens is meticulously crafted to provide exceptional performance in long-wave infrared applications, maintaining optical stability over a wide temperature range. By utilizing advanced athermalization techniques and high-quality materials, this lens ensures consistent focus and minimizes thermal-induced distortions, delivering clear and precise imaging in varying environmental conditions. With its high transmission efficiency within the LWIR spectrum, it is ideal for applications such as thermal imaging, night vision, surveillance systems, and scientific instruments. The lens features a robust and compact design that facilitates seamless integration into diverse optical configurations, while its durable construction guarantees long-term reliability and performance. Offering outstanding thermal stability and superior optical clarity, the Athermalized LWIR Lens is the perfect solution for demanding infrared applications that require accuracy and reliability.

Athermalized LWIR Lens 25mm F/1.2 Application

Thermal Imaging Cameras

  • Industrial Inspections: Detecting heat anomalies in machinery and infrastructure.
  • Medical Diagnostics: Monitoring body temperature and identifying signs of inflammation.
  • Building Assessments: Detecting insulation defects and moisture intrusion.

Military and Defense

  • Thermal Targeting: Enabling precise targeting and tracking of objects.
  • Reconnaissance: Providing reliable thermal imaging for enhanced situational awareness.

Environmental Monitoring and Fire Detection

  • Wildfire Detection: Identifying heat sources for early fire detection and prevention.
  • Climate Studies: Monitoring temperature variations and changes in environmental conditions.

Athermalized LWIR Lens 25mm F/1.2 Packing

Our Athermalized LWIR Lens 25mm F/1.2 is carefully handled during storage and transportation to preserve the quality of our product in its original condition.

Specifications

HFOV

160x120

384x288

640x512

1024x768

25μm

9.15

21.74

-

-

17μm

6.23

14.88

24.55

-

12μm

4.4

10.53

17.46

-

Optical Properties

Focal Length (mm)

25mm

F/#

1.2

Average Transmission

>86%

Back Focal Length

13.37mm

Environmental Durability

Operating Temperature

-40℃ to +80℃

Storage Temperature

-50℃ to +80℃

Protection Rating

IR67

First Surface Coating

AR

Mechanical Properties

Focusing Range

0.5m~∞

Back Working Distance

11mm

Detector Interface Size

M29 x 0.5

Overall Dimensions (mm)

Φ32 x 30.5

Weight

50g

*For drawing, please contact us.

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FAQ
How Do Athermalized LWIR Lenses Work?

Athermalized LWIR lenses use materials and optical designs that counteract the effects of temperature changes. This can involve selecting materials with specific thermal expansion coefficients or designing lens assemblies that balance thermal distortions. The goal is to prevent shifts in focus and maintain image clarity despite temperature fluctuations.

What are features of Athermalized LWIR Lenses?

The lens delivers exceptional imaging performance because its primary element is coated with an anti-reflective (AR) film. This coating enhances energy transmission, achieving a transmittance of 86% or higher, which ensures that more energy is directed onto the detector. Additionally, the lens offers a broad focusing range from 0.5 meters to infinity, providing an extensive field of view for observations.

What Maintenance Is Required for Athermalized LWIR Lenses?

Athermalized LWIR lenses generally require minimal maintenance. Regular cleaning to remove dust and contaminants is essential to maintain optical clarity. Additionally, periodic inspections should be performed to check for any physical damage or degradation, especially if the lenses are used in harsh environments.

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