BASLER A404K Product Overview

BASLER A404K is a high-performance German industrial camera.It uses a 1/1.4″CMOS sensor with high resolution and high frame rate,suitable for a variety of industrial vision and image processing applications.

Main Features

High Resolution:The resolution of BASLER A404K is 2352×1726 pixels,which can capture high-precision and high-definition images,suitable for applications that require precise image analysis.

High Frame Rate:The camera supports a frame rate of up to 96 fps(in 8-way TAP mode),which can quickly capture dynamic images to meet the needs of real-time image processing.

Excellent Image Quality:High-quality CMOS sensors and advanced image processing technology are used to ensure clear and delicate images,reduce noise and distortion.

Programmability:BASLER A404K supports user-defined image processing and analysis algorithms to meet specific application requirements.

Stability and Reliability:The camera is ruggedly designed and can operate stably in harsh industrial environments with high reliability and stability.

Product Parameters

Sensor Type:1/1.4″CMOS

Resolution:2352×1726 pixels

Pixel Size:7.0μm x 7.0μm

Frame rate

4-channel TAP mode:48 fps

8-channel TAP mode:96 fps

Exposure time:0.05μs to 170 ms

Pixel depth:8-bit/12-bit/14-bit

Output interface:Camera Link

Power supply:12 VDC

Dimensions:44 x 44 x 29 mm

Weight:100 g

Operating temperature:-20°C to 55°C

Storage temperature:-40°C to 80°C

Relative humidity:10%to 95%(non-condensing)

Application areas

Machine vision:Supports identification and positioning of products,and performs automated production and assembly tasks.

Quality control and inspection:Check the appearance,size,defects,etc.of products to ensure product quality.

Automated production line:Improve production efficiency and automation level,and reduce labor costs.

Medical image analysis:Supports the capture and analysis of medical images to assist doctors in diagnosis and treatment.

Traffic monitoring:Capture images in traffic scenes for traffic flow analysis and safety monitoring.

Scientific research:capturing images under a microscope,collecting experimental data,etc.