In-Sight 8000 Vision Systems Features
This family of ultra-compact, standalone vision systems deliver industry-leading vision tool performance, in the form factor of a traditional GigE Vision camera. Measuring just 35mm x 32mm x 76mm, all In-Sight 8000 series models feature power over Ethernet (POE), and provide the best standalone vision system option for integrating into small spaces.
As the world’s smallest, stand-alone vision system, the In-Sight 8000 series offers a range of monochrome and color vision systems in resolutions from 0.3MP up to 5MP. Supporting Gigabit Ethernet for high-speed communications, these vision systems offer very fast acquisition and two performance levels to meet a diverse array of machine vision demands.
Smallest vision systems
In-Sight 8000 compresses an entire self-contained vision system into an amazingly small package about the size of a traditional image-capture-only camera. All In-Sight 8000 models can be mounted at angles of up to 45-degrees using the In-Sight non-linear calibration tool. These vision systems are ideal for integrating into tight spaces on robots and hard-to-reach machinery anywhere on the production line.
The In-Sight 8000 models deliver high-performance vision tools, faster communication speeds, and high resolution in a small package that is ideal for integrating into small spaces where machine space is a premium.
See the In-Sight 8000 in 360 degrees
Get a closer look at the advanced features the In-Sight 8000 has to offer in a fully interactive guided 3D tour.
See it liveEasy to deploy and maintain
In-Sight 8000 series vision systems are conveniently setup with the In-Sight Explorer software. In-Sight Explorer combines the guided step by step setup of EasyBuilder with the additional power and flexibility of the spreadsheet for greater control and customizing of application data. TestRun system validation, Cognex Connect suite of communications protocols and the Cognex Explorer control center gives you the tools you need to keep your line operating on schedule and at full throughput.