• Peoptix 9 mm F1.0 athermalized LWIR thermal imaging lens — product photo
  • Peoptix 9 mm F1.0 LWIR thermal lens dimension drawing

9mm F1.0 LWIR Thermal Imaging Lens

Peoptix 9mm F1.0 LWIR Thermal Imaging Lens combines passively athermalized chalcogenide glass (IRG206) with a fast F1.0 aperture and wide 46.2°× 37.7° field of view for 8 – 12 μm imaging. Ideal for automotive & ADAS sensing, industrial automation, smart-home security, and thermal process monitoring.
  • Peoptix 9 mm F1.0 athermalized LWIR thermal imaging lens — product photo
  • Peoptix 9 mm F1.0 LWIR thermal lens dimension drawing

Description

Key Features

  • Compatible with major uncooled LWIR detectors — Supports 640×512 (12 μm) and similar formats.
  • Compact, lightweight, and rugged — Small, low-mass, and built for harsh environments.
  • High MTF and transmittance — Sharp, high-contrast imaging with high resolution and ≥88% transmission.

Technical Data

Model No.

PE 9mm/F1.0-BM

Material

Chalcogenide glass (IRG206)

Detector/Sensor

640 × 512

Pixel Pitch

12 μm 

Focal Length/EFL

9 mm

F-number/F#

1.0

FOV(°)

46.2° (H) × 37.7° (V)

Wavelength (μm)

8–12 μm

 Average Transmittance

≥88%

Focus type

Athermalized & Manual

Focus Range

1 m – ∞ 

Working Temperature

−20 °C to +60 °C

Storage Temperature

−20 °C to +70 °C

 

Applications

  • Automotive & ADAS thermal sensing  

Night-vision and driver-assistance thermal perception for vehicles.

  • Industrial automation 

Predictive maintenance and process temperature monitoring.  

  • Smart home & security

Residential thermal monitoring and perimeter surveillance.

  • Thermal process monitoring

Non-contact temperature monitoring across manufacturing lines, furnaces, drying systems, and automated production equipment. 






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