Infrared and Thermal Camera Solutions

Bobcat 320 Gated Series

Bobcat 320 Gated Series

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Sold by: Exosens Ships from: Belgium
Specifications
Camera Type: Scientific, Security, Industrial
Array Type: InGaAs
Spectral Band: 0.9 – 1.7 um
# Pixels (Height): 320
# Pixels (Width): 256

Did You Know?

Infrared (IR) cameras can convert IR radiation, invisible to the human eye, into a visual image that depicts the thermal variation across an object or scene. IR is emitted by all objects at temperatures above absolute zero, and the amount of radiation increases with temperature. The main components are the lens focusing IR onto a detector, plus electronics and software for processing and displaying the image. The IR camera is a focal plane array of micrometre size pixels made of materials sensitive to IR wavelengths. It allows one to make non-contact measurements of an object´s temperature in which IR cameras detect the electromagnetic radiation in the range 0.9 to 14 µm and produce images of that radiation. Thermal cameras find applications in night vision, surveillance, military & medical purposes, and more.
Read more in our Blog

Frequently Asked Questions

Infrared (IR) and thermal cameras detect radiation outside the visible spectrum, typically in the near-, mid-, or long-wave infrared bands, instead of relying on reflected visible light. Thermal cameras usually operate in the MWIR (3–5 µm) or LWIR (8–14 µm) range and measure emitted blackbody radiation to infer object temperature, whereas many general-purpose IR cameras (e.g., NIR/SWIR) image reflected or transmitted IR light for contrast rather than absolute temperature.

Infrared and Thermal Imaging Overview

Infrared and Thermal cameras on FindLight detect radiation beyond the visible spectrum to generate temperature-resolved or low-light images. These instruments are used for non-contact thermography, process monitoring, surveillance, and scientific imaging where conventional cameras cannot provide sufficient contrast or sensitivity.

Typical Infrared and Thermal designs include uncooled microbolometer arrays for long-wave infrared (LWIR, ~8–14 µm) and cooled photon detectors for mid-wave infrared (MWIR, ~3–5 µm). Many models support radiometric output, delivering calibrated temperature values per pixel rather than only relative intensity.

Key Specifications to Evaluate

When comparing Infrared and Thermal cameras for your application, consider the following parameters:

  • Spectral range: LWIR vs MWIR (and in some cases SWIR) depending on target emissivity, atmospheric transmission, and required penetration through smoke, fog, or glass.
  • Detector type and cooling: Uncooled microbolometer vs cooled InSb, MCT, or other photon detectors, impacting sensitivity (NETD), frame rate, and cost.
  • Spatial resolution: Array sizes commonly from 160×120 up to 1280×1024 pixels, influencing ability to resolve small features at a given working distance.
  • Thermal sensitivity (NETD): Often specified in mK at a reference temperature; lower NETD enables detection of smaller temperature differences.
  • Frame rate and integration time: Critical for dynamic scenes, high-speed events, or closed-loop control in industrial processes.
  • Optics and FOV: Interchangeable lenses, f-number, and field of view determine spatial coverage and spot size on target.
  • Interfaces and data formats: GigE Vision, Camera Link, USB, or HDMI with SDK support for common operating systems and third-party software.

Typical Applications

Infrared and Thermal cameras are deployed in electronics inspection, predictive maintenance, building diagnostics, gas leak detection, process control, defense and security, and R&D thermography. In scientific contexts, they support heat transfer studies, materials characterization, and combustion research.

Buyer Guidance on FindLight

Use FindLight to filter Infrared and Thermal products by spectral band, detector technology, resolution, NETD, and interface to narrow down viable options for your project. Compare datasheets from multiple suppliers side by side, then request quotes directly from manufacturers and distributors. No registration is required to contact vendors, allowing you to obtain pricing, lead times, and integration support quickly for your Infrared and Thermal imaging requirements.