FLIR A6260 SWIR Camera with InGaAs Detector
Advanced SWIR Imaging for Precise Scientific and Industrial Analysis
FLIR A6260 is a professional shortwave infrared imaging solution, and the FLIR A6260 SWIR Camera with InGaAs Detector Price in Bangladesh is relevant for engineers, researchers, and technical professionals seeking advanced infrared technology for scientific research, industrial inspection, and specialized imaging applications. Equipped with an InGaAs detector, this camera provides sensitive SWIR imaging for applications where conventional visible and thermal imaging technologies may not provide sufficient information.
Shortwave infrared imaging provides valuable information beyond the visible spectrum and can reveal characteristics that are difficult to observe with conventional cameras. The FLIR A6260 is designed for professional SWIR applications, allowing users to examine materials, processes, and objects based on their infrared response.
The FLIR A6260 incorporates an InGaAs detector designed for shortwave infrared imaging. InGaAs technology is widely used in scientific and industrial applications because of its strong sensitivity in the SWIR region. This makes the camera suitable for specialized inspection, research, material analysis, and other applications requiring dependable shortwave infrared observation.
The camera can support a broad range of research activities involving material properties, thermal behavior, moisture detection, semiconductor analysis, and specialized optical investigations. Researchers can use SWIR imagery to identify characteristics that may not be apparent through visible imaging, providing additional information for experimental analysis.
SWIR imaging can be particularly useful for inspecting materials and industrial processes. The FLIR A6260 can assist professionals with examining products, components, coatings, electronic assemblies, and manufacturing processes. Its infrared response can help identify variations and characteristics that conventional visible cameras may overlook.
SWIR technology can provide valuable insight during semiconductor and electronics research. Engineers can use the FLIR A6260 to investigate components, materials, and processes where shortwave infrared response is relevant. This can support research, quality evaluation, product development, and specialized inspection workflows.
Different materials interact with infrared radiation in different ways. The FLIR A6260 can help researchers analyze these differences using SWIR imaging. This makes the camera useful for material identification, inspection, research into coatings and surfaces, and evaluation of industrial products.
SWIR imaging can provide useful information in challenging lighting conditions and specialized optical environments. The FLIR A6260 offers professionals an additional imaging capability for applications where visible light cameras may have limitations. This can improve observation and analysis across research and industrial workflows.
Scientific and industrial imaging equipment must provide consistent performance during demanding applications. The FLIR A6260 is designed for professional use and provides a dependable platform for SWIR imaging and analysis. Its engineering focused design makes it suitable for laboratories, industrial facilities, research institutions, and specialized inspection environments.
For universities, research laboratories, manufacturers, electronics companies, industrial organizations, and engineering firms in Bangladesh, the FLIR A6260 offers an advanced solution for shortwave infrared imaging. It can support scientific research, material analysis, industrial inspection, electronics development, and specialized imaging applications where SWIR information is essential.
The 327,680 (640 x 512) pixel detector offers three user-selectable, 75x factor gain states for imaging bright and low-light scenes.
Tailor controls to unique applications through customizable integration times, frame rates, synchronization, and triggering.
Factory or user-calibrate the A6260 to measure temperatures above 400°C when optimized for the 0.6 - 1.7 µm waveband.
Resolution
640 × 512
Pixel Size [Square]
15 µm
Spectral Range
0.9 – 1.7 µm
Detector Type
FLIR indium gallium arsenide (InGaAs)
Camera f-number
Variable using lens iris (lens fixed at f/4 with cal)
Frame Rate [Full Window]
Programmable; 0.0015 Hz to 125 Hz (180 Hz burst)
Integration Time
50 µsec to ~full frame (3.2 msec w/factory calibration)
Standard Temperature Range [with band matched optics]
400°C to 1200°C/752°F to 2192°F (ND1)
Optional Temperature Range [with band matched optics]
600°C to 1500°C/1112°F to 2732°F (ND2); 700°C to 2500°C/1292°F to 4532°F (ND3)
Filter Holder [Warm]
Behind lens mount for standard 1-inch diameter filters
Focus
Manual
Imaging & Optical
Available Lenses
16 mm, 25 mm, 35 mm, 50 mm, 100 mm
Camera f-number
Variable using lens iris (lens fixed at f/4 with cal)
Close-up Lenses/Microscopes
No microscopes available
Filter Holder [Warm]
Behind lens mount for standard 1-inch diameter filters
Image Time Stamp
Yes
Integration Time
50 µsec to ~full frame (3.2 msec w/factory calibration)
NEI [Typical]
8.4E9 Photons/sec/cm2 (Low Gain), 2.9E9 photons/sec/cm2 (Med Gain)
Noise Floor [Typical]
Low Gain: 350e, Med Gain: 56e
On Camera Image Storage
None
Overlay
Fixed configuration, can be turned off
Pixel Clock
100 MHz
Pixel Size [Square]
15 µm
Radiometric Data Streaming
Gigabit Ethernet (GigE Vision)
Readout Modes
Asynchronous integrate while read, asynchronous integrate then read
Readout Type
Snapshot
Sensor Cooling
Single Stage TE Cooler, 30C FPA setpoint
Standard Video
SDI
Standard Video Zoom
Automatic, variable
Subwindow Modes
640 x 512, 320 x 256, 160 x 128, flexible centered windowing down to 32 × 4 (steps of 32 columns, 4 rows)
Thermal Sensitivity_NETD [typical]
N/A
Video Modes
SDI: 720p@50/59.9, 1080p@25/29.9
Measurement & Analysis
Ambient Drift Compensation [with factory cal]
Yes
Optional Temperature Range [with band matched optics]
600°C to 1500°C/1112°F to 2732°F (ND2); 700°C to 2500°C/1292°F to 4532°F (ND3)
Standard Temperature Range [with band matched optics]
400°C to 1200°C/752°F to 2192°F (ND1)
General
Size [L x W x H ] w/o Lens
216 × 102 × 109 mm (8.5 × 4.0 × 4.3 in.)
N/A
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