Login
MyFFonseca
If you do not have an account MyFFonseca, please register and get access to exclusive content to registered users!
Create registryLogin
MyFFonseca
If you do not have an account MyFFonseca, please register and get access to exclusive content to registered users!
Create registry
2D machine vision InspectorP61x - SICK
The InspectorP61x, an industrial ultracompact 2D vision sensor, is perfect for inline inspection of smaller parts, assemblies, and finished products. Its small form makes the sensor useful in applications where space is limited or for robot end-of-arm mounting.
The integrated optics and illumination enable the user to tune the light’s brightness, color, and shape and obtain high-quality images out of the box.
The integrated optics and illumination enable the user to tune the light’s brightness, color, and shape and obtain high-quality images out of the box.
2D machine vision inspectorP62x - SICK
The InspectorP62x is an industrial all-in-one vision sensor that is easy to use, compact and versatile.
The integrated system of teach auto focus optics and flexible illumination provides high-quality images right out of the box. The included and pre-installed Quality Inspection SensorApp welcomes both expert and non-expert users to configure the sensor in no time using an accessible and intuitive web user interface. As it is based on SICK AppSpace, the InspectorP62x allows for further extension or replacement of functionality through a growing collection of SICK Nova Tools or SensorApps from SICK AppPool, or through custom development if needed.
The integrated system of teach auto focus optics and flexible illumination provides high-quality images right out of the box. The included and pre-installed Quality Inspection SensorApp welcomes both expert and non-expert users to configure the sensor in no time using an accessible and intuitive web user interface. As it is based on SICK AppSpace, the InspectorP62x allows for further extension or replacement of functionality through a growing collection of SICK Nova Tools or SensorApps from SICK AppPool, or through custom development if needed.
2D machine vision midiCam2 - SICK
With IP67 enclosure rating, the midiCam2 GigE vision-compatible camera family is ideally suited for usage in harsh industrial environments. This is why the midiCam2 has an M12 GigE interface – the standard for industrial image processing – as well as industry-grade M12 connections for the voltage supply and trigger signals.
2D machine vision picoCam2 - SICK
The picoCam2 GigE vision-compatible camera family is ideally suited to applications where space is restricted. So that it can be used in industrial environments, the picoCam2 has a screw-fit RJ45 GigE interface – the standard for industrial image processing – as well as industry-grade plug connectors for the voltage supply and trigger signals.
As an alternative, it is also possible to operate it with just one cable measuring up to 100 m in length using Power over Ethernet (PoE).
As an alternative, it is also possible to operate it with just one cable measuring up to 100 m in length using Power over Ethernet (PoE).
Cameras with external processing - midiCam - SICK
Rugged, industry-grade digital cameras with GigE interface.
Streaming cameras provide continuous data acquisition for external image processing on a PC. With a variety of data generation options, including 2D and 3D images, they offer maximum flexibility.
With IP67 enclosure rating, the midiCam streaming camera family is ideally suited to use in harsh industrial environments. This is why the midiCam has an M12 GigE interface – the standard for industrial image processing – as well as industry-grade M12 connections for the voltage supply and trigger signals. As an alternative, it is also possible to operate it with just one cable measuring up to 100 m in length using Power over Ethernet (PoE).
Streaming cameras provide continuous data acquisition for external image processing on a PC. With a variety of data generation options, including 2D and 3D images, they offer maximum flexibility.
With IP67 enclosure rating, the midiCam streaming camera family is ideally suited to use in harsh industrial environments. This is why the midiCam has an M12 GigE interface – the standard for industrial image processing – as well as industry-grade M12 connections for the voltage supply and trigger signals. As an alternative, it is also possible to operate it with just one cable measuring up to 100 m in length using Power over Ethernet (PoE).
Industrial streaming camera sensingCam SEC100 - SICK
The sensingCam SEC100 is a cost-effective and easy-to-use streaming camera that has been specially developed for industrial use. The camera offers a live stream that makes it possible to monitor critical processes and blind spots.
Using the integrated image recording function, the device can create images, e.g., for quality documentation. In the event of unplanned machine stops and sporadic errors, the event recording function supports rapid root cause analysis by recording event videos before and after a trigger signal.
The rugged IP65 housing, protected optics, and robust M12 connections make it suitable for use in harsh industrial environments.
Using the integrated image recording function, the device can create images, e.g., for quality documentation. In the event of unplanned machine stops and sporadic errors, the event recording function supports rapid root cause analysis by recording event videos before and after a trigger signal.
The rugged IP65 housing, protected optics, and robust M12 connections make it suitable for use in harsh industrial environments.
Smart camera Inspector83x - SICK
The Inspector83x is designed to make quality control easy and efficient. The cutting-edge AI technology enables non-expert users to rapidly solve vision applications such as quality assurance, defect detection, and sorting directly on the device by simply teaching it by examples. The high-speed vision sensor provides an easy way to inspect every single part, every detail, every time. Connected, reliable, intelligent and stress-free.
Inspector83x has color imaging options that enable color characteristics to be inspected for color sorting, defect detection, and quality assurance applications. Adding color imaging capabilities brings benefits for a variety of tasks, such as identifying components, recognizing materials, detecting color markings, assessing imprints, confirming correct labeling, or determining food quality. Color information for teach-in and analysis is directly supported by AI tools in SICK Nova.
Inspector83x has color imaging options that enable color characteristics to be inspected for color sorting, defect detection, and quality assurance applications. Adding color imaging capabilities brings benefits for a variety of tasks, such as identifying components, recognizing materials, detecting color markings, assessing imprints, confirming correct labeling, or determining food quality. Color information for teach-in and analysis is directly supported by AI tools in SICK Nova.
Smart cameras Inspector85x - SICK
Focusing on the big picture.
With its fast CPU for high-speed applications, the Inspector85x provides a range of solutions for executing complex inspection tasks. The state-of-the-art high-resolution imager and powerful illumination deliver great image quality for large objects as well. The dual-port fieldbus support ensures flexible, industry-ready integration.
The preinstalled SICK Nova InspectorP SensorApp with Quality Inspection toolset enable both expert and nonexpert users to rapidly configure the sensor using an intuitive web interface. With the Intelligent Inspection toolset, users can easily access deep learning tools.
With its fast CPU for high-speed applications, the Inspector85x provides a range of solutions for executing complex inspection tasks. The state-of-the-art high-resolution imager and powerful illumination deliver great image quality for large objects as well. The dual-port fieldbus support ensures flexible, industry-ready integration.
The preinstalled SICK Nova InspectorP SensorApp with Quality Inspection toolset enable both expert and nonexpert users to rapidly configure the sensor using an intuitive web interface. With the Intelligent Inspection toolset, users can easily access deep learning tools.
Smart cameras InspectorP63x - SICK
Programmable. Compact. Versatile.
SICK offers a broad portfolio of vision products ranging from easy-to-use configurable sensors and programmable flexible cameras to high-speed streaming cameras to meet the toughest of requirements.
Programmable cameras facilitate high flexibility and work independently without a PC. They have integrated image processing and deliver results as output.
SICK offers a broad portfolio of vision products ranging from easy-to-use configurable sensors and programmable flexible cameras to high-speed streaming cameras to meet the toughest of requirements.
Programmable cameras facilitate high flexibility and work independently without a PC. They have integrated image processing and deliver results as output.
System for localization of parts PLOC2D - SICK
The PLOC2D is a vision sensor system for localization of parts in 2D. The system is equipped with a high quality imager combined with high performance localization algorithm for reliable and fast part localization. The sensor system is self-contained in the IP 65 housing and connects directly to the robot controller or PLC and is out of the box ready to use. The user interface is designed and tailored for easy setup and maintenance in the production line.
Vision sensor InspectorP65x – SICK
Programmable. Top performer. Long-range.
SICK offers a broad portfolio of vision products ranging from easy-to-use configurable sensors and programmable flexible cameras to high-speed streaming cameras to meet the toughest of requirements.
Programmable cameras facilitate high flexibility and work independently without a PC. They have integrated image processing and deliver results as output.
SICK offers a broad portfolio of vision products ranging from easy-to-use configurable sensors and programmable flexible cameras to high-speed streaming cameras to meet the toughest of requirements.
Programmable cameras facilitate high flexibility and work independently without a PC. They have integrated image processing and deliver results as output.
- 0
- 1


