FLIR A8580 MWIR Compact HD Thermal Camera

Compact HD MWIR Imaging for Advanced Thermal Analysis

FLIR A8580 MWIR Compact HD Thermal Camera
Brand: Flir
Category: Thermal Imaging Cameras
Availability: Ready Stock
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FLIR A8580 MWIR Compact HD Thermal Camera Price in Bangladesh

FLIR A8580 is a professional midwave infrared imaging solution, and the FLIR A8580 MWIR Compact HD Thermal Camera Price in Bangladesh is relevant for engineers, researchers, and technical professionals who require high quality thermal imaging in demanding scientific and industrial environments. Designed to combine MWIR technology with compact high definition imaging, this camera supports detailed observation of thermal behavior for research, testing, development, and engineering applications.

Compact MWIR Thermal Imaging

The FLIR A8580 is designed to provide detailed midwave infrared imagery in a compact professional platform. MWIR imaging allows users to observe thermal signatures and heat distribution with clarity, making the camera suitable for applications where conventional visible imaging cannot provide sufficient thermal information.

High Definition Thermal Observation

High definition thermal imaging camera helps engineers and researchers examine subtle differences in thermal behavior and identify important heat patterns. The FLIR A8580 can provide valuable visual information for evaluating components, materials, systems, and experimental processes during research and development activities.

Scientific Research Applications

The FLIR A8580 is suitable for scientific laboratories, research organizations, and engineering departments conducting thermal investigations. Researchers can use the camera to study heat transfer, material behavior, thermal transitions, combustion processes, and other applications where accurate infrared observation is essential.

Aerospace and Defense Applications

MWIR imaging is widely used in aerospace and defense research because thermal signatures can provide valuable information about propulsion systems, aerodynamic effects, materials, and specialized equipment. The FLIR A8580 can support controlled testing and evaluation where detailed infrared imaging is required.

Industrial Testing and Diagnostics

The camera can support industrial testing by helping professionals investigate thermal behavior in machinery, electrical systems, mechanical components, and manufacturing processes. Infrared imaging can reveal abnormal heating, uneven temperature distribution, and other thermal conditions that may require further engineering investigation.

Product Development and Validation

Thermal analysis plays an important role in product development and engineering validation. The FLIR A8580 can help engineers evaluate prototypes, identify hotspots, assess cooling performance, and investigate thermal characteristics during product testing. This information can contribute to improved design reliability and performance.

Advanced Thermal Analysis

The FLIR A8580 provides a specialized imaging platform for detailed thermal analysis. Engineers can use captured infrared imagery to examine thermal patterns, compare operating conditions, and investigate heat related phenomena. This supports more effective research and helps technical teams make informed engineering decisions.

Professional Compact Design

A compact thermal camera can provide greater flexibility in research and testing environments where equipment size and accessibility are important. The FLIR A8580 combines a compact form factor with professional MWIR imaging capabilities, making it suitable for laboratories, industrial facilities, engineering departments, and specialized testing environments.

Reliable Engineering Performance

Professional thermal imaging equipment must deliver consistent performance during repeated testing and analysis. The FLIR A8580 is designed for demanding technical applications and provides a dependable platform for advanced infrared observation. Its professional construction makes it suitable for research, development, testing, and industrial engineering workflows.

FLIR A8580 in Bangladesh

For universities, research institutions, industrial laboratories, manufacturers, aerospace organizations, and engineering companies in Bangladesh, the FLIR A8580 offers an advanced solution for compact high definition MWIR thermal imaging. It can support scientific research, product development, industrial diagnostics, thermal testing, and specialized engineering applications.

Key Features: FLIR A8580 MWIR Compact HD Thermal Camera

  • Advanced features for optimal flexibility

    Offers remote triggering, synchronization capabilities, and compatibility with a wide range of manual and remote focus lenses—including microscope lenses

  • Superior resolution and measurement accuracy

    HD resolution, precision focusing, and a built-in filter wheel for quickly switching to high temperature ranges help ensure you collect accurate, meaningful temperature data

  • Simplified analysis and sharing

    FLIR Research Studio’s simple Connect–View–Record–Analyze workflow helps you collect and analyze data quickly and collaborate with your team easily

Specifications: FLIR A8580 MWIR Compact HD Thermal Camera

Resolution

1280 × 1024

Detector Pitch

12 µm

Spectral Range

1.5 – 5.0 µm

Detector Type

FLIR indium antimonide (InSb)

Camera f-number

f/2.5

Dynamic Range

14-bit

NETD

≤40 mK (≤30 mK typical)

Frame Rate [Full Window]

Programmable; 0.0015 Hz to ~45 Hz (GigE), 60 Hz (CXP)

Standard Temperature Range

-20°C to 300°C (-4°F to 572°F)

Optional Temperature Range

45°C to 600°C (ND1), 250°C to 2000°C (ND2), 500°C to 3000°C (ND3)

Filtering

Internal 4-position motorized filter wheel; factory installed filters

Focus

Motorized (compatible w/manual lenses, no BB motorized lenses available)

Imaging & Optical

AGC

Manual, linear, plateau equalization, DDE

Ambient Drift Compensation

Yes, with factory calibration

Available Lenses

Manual (broadband): 25 mm, 50 mm, 100 mm Motorized: TBA

Camera f-number

f/2.5

Close-up Lenses/Microscopes

NA

Detector Pitch

12 µm

Detector Type

FLIR indium antimonide (InSb)

Digital Data Protocol

Gigabit Ethernet (GigE Vision 2.0), CoaXPress

Dynamic Range

14-bit

Filtering

Internal 4-position motorized filter wheel; factory installed filters

Focus

Motorized (compatible w/manual lenses, no BB motorized lenses available)

Frame Rate [Full Window]

Programmable; 0.0015 Hz to ~45 Hz (GigE), 60 Hz (CXP)

HD Video

SDI

Image Time Stamp

Yes

Lens Interface

FLIR FPO-M (4-tab bayonet, motorized)

Minimum Integration Time

480 ns to ~full frame

NETD

≤40 mK (≤30 mK typical)

Operability

>99.5% (99.9% typical)

Palette

Selectable 8-bit

Pixel Clock

100 MHz

Readout

Snapshot

Readout Modes

Asynchronous integrate while read Asynchronous integrate then read

Resolution

1280 × 1024

Sensor Cooling

Linear Sterling cooler

Spectral Range

1.5 – 5.0 µm

Subwindow Modes

Flexible windowing down to 32 × 4 (steps of 32 columns, 4 rows)

Video Modes

SDI: 720p@50/59.9, 1080p@25/29.9

Zoom

Automatic, variable

Measurement & Analysis

Accuracy

±2°C (±1°C typical) below 100°C, ±2% of reading (±1% typical) above 100°C

Optional Temperature Range

45°C to 600°C (ND1), 250°C to 2000°C (ND2), 500°C to 3000°C (ND3)

Standard Temperature Range

-20°C to 300°C (-4°F to 572°F)

Communication & Data Storage

Command and Control

GenICam (GigE, CXP), RS-232

Synchronization Modes

Sync In, Sync Out

General

Size [L x W x H ] w/o Lens

226 × 117 × 135 mm (8.9 × 4.6 × 5.3 in)

Weight [without lens]

3.4 kg (8.5 lbs)

Power

Power

24 VDC (<50 W steady state)

Environmental & Certifications

Mounting

2x ¼"–20 tapped holes, 1x ⅜"–16 tapped hole, 4x 10-24 tapped holes

Operating Temperature Range

-20°C to 50°C (-4°F to 122°F )

N/A

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