Quality Control

Defect detection machine vision solutions allow for identifying defects on production material in manufacturing processes. Defected areas on products or entire pieces are detected, classified and measured. Machine vision algorithms and advanced AI technology enable rejection of defected components in production to ensure that only perfect ones remain. Anomalies detected on production pieces can be removed or repaired on the fly by sending appropriate data to machinery associated with the process. Controlling manufacturing lines by data from our vision systems ensures for faster and error free manufacturing processes. Solution can be applied in various industries and therefore replacing manual quality inspection or product manipulation.

During automatized manufacturing processes numerous elements are assembled together. With presence verification machine vision solutions, inspection of presence of components is automatized. Individual pieces of complex assemblies can be inspected, detected and classified according to requirements of production processes. Advanced in-house developed AI technology combined with state of the art hardware ensures for successful presence/absence verification for various applications in automatic manufacturing lines. With accurate detection of possible missing components, quality of final products is assured without the need for manual inspection. Manufacturing becomes faster and error free, therefore providing fast returns on initial investment.

Pattern detection machine vision systems are used for finding predefined patterns on various products and autonomously control production machinery and robotics accordingly. With AI algorithms patterns can be identified, detected and classified to support error free manufacturing processes. In complex parts or assemblies patterns are inspected for any possible errors and misplacements in real time at high production speeds. When errors in patterns are detected data to automatic lines or robots is sent to repair the components or reject them from further processes. Images, labels or physical patterns on production components are detected and evaluated for possible misplacements, therefore enabling error free manufacturing.