Kitov Core-Plus
Automated AI system for defect detection
The Kitov CORE+ automated AI system is a ready-to-use tool for defect detection. It combines traditional machine vision techniques such as automated lighting control, deep learning, 2D and 3D imaging and intelligent robotic planning to generate an inspection solution fit for most industrial environments. The high speed 6-degrees robotic arm and turning table allows for fast, accurate inspection.
This automated AI system from Kitov is the perfect solution for detecting whether parts have been assembled correctly, corrosion detection, as well as dents and damage detection. The CORE+ also allows full CAD model programming and can create complex inspection routines directly from CAD models easily.
Suitable for inspecting parts up to 800mm in diameter, 500mm in height and 40kg in weight, the Kitov CORE+ is a high-end tool for safety critical applications within industries such as aerospace, automotive, electronics and defence. It’s reliability compared to typical human error ensures fast and accurate inspection, even of complex components.
It comes with KITOV software which makes it easy to set a new inspection plan from either CAD files or 3D scans, and then enhancing traditional 2D/3D machine vision solutions with the power of artificial intelligence/deep learning (AI/DL) to defect manufacturing defects.
Specifications
Robust system that uses AI algorithms for fast and accurate inspections High-end equipment manufacturer Suitable for safety critical applications CAD model programming
2D and 3D imaging CCAD model programming CAD2SCAN is faster at setting up inspectionsthan any other solution on the market Improve quality control and gain more statistical insight into quality process Hybrid machine vision + AI-based algorithms gives more accurate results
20 Mega Pixel Camera Parts over 1m Upto 82 x 68mm field of view lens Detect defects as small as 10 microns
Case Study
Aerospace disk inspection with Kitov CORE+
Implementing an automated inspection solution slashed inspection times for a turbine part by 80%. The solution ensures that vital aerospace engine parts are defect-free.
