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High-performance cameras for automated inspection, precision measurement, defect detection, code reading, and continuous process monitoring — selected and configured around your part, line speed, and defect type, not sold off a shelf.
An industrial camera is the point where a physical part becomes usable image data. Sensor size, resolution, shutter type, frame rate, and interface all decide whether a defect is visible, a measurement is accurate, and a code is readable at your line’s actual speed.
We supply industrial cameras as part of a wider vision system, so selection always starts from the application: the part, the defect or feature you need to detect, the required accuracy, the cycle time, and the environment the camera has to survive — dust, wash-down, vibration, or heat.
We work with established camera manufacturers so every system is built on hardware with long-term availability, driver support, and consistent image quality.
Basler is one of the most widely used industrial camera brands in machine vision. We supply Basler cameras across the ace, dart, and boost families for both area scan and line scan applications.
High Resolution Machine Vision Cameras That Deliver Outstanding Frame Rates. The CV60 series of area scan cameras are built for vision systems featuring multi-camera configurations.
The same camera range covers different jobs depending on lens, lighting, and software — this is where most vision projects actually live or die.
Continuously check parts on the line for surface defects, missing features, and assembly errors without slowing production.
Capture dimensional data with sub-pixel accuracy for gauging, tolerance checks, and gap or flush measurement.
Read 1D/2D barcodes, DataMatrix codes, and printed text for traceability, sorting, and verification.
Keep a continuous visual record of production for quality documentation, trend analysis, and fault diagnosis.
2D imaging for static and indexed parts — component inspection, label checks, assembly verification.
Continuous imaging of moving webs and surfaces — films, foils, textiles, paper, and printing.
Long cable runs over standard Ethernet infrastructure, with straightforward multi-camera deployment.
High bandwidth and low latency for compact, point-to-point setups without a frame grabber.
High-speed, high-resolution imaging over a single coax cable for demanding line-scan and high-fps applications.
Sensor and color format selected to match the defect type, material, and illumination.
Distortion-free capture of fast-moving, vibrating, or indexed parts.
Sealed or ruggedized housings for dust, moisture, heat, or vibration on the floor.
Share your part, defect type, line speed, and environment. Our application engineers will recommend the right sensor, interface, and housing for your process.