Enables creation of AI models that make it
possible to detect abnormalities with only
good product images
Unlike conventional inspection systems, E3ENGINE requires only a small number of training images for inspection, thus shortening the time required for model creation and making it suitable for high mix low volume production sites. In addition, the inspection performance is extremely high, and any abnormalities can be detected with high accuracy.
E3ENGINE contributes to anomaly detection in a wide variety of industries.
Benefits of Introducing the E3 Engine
The E3 Engine brings three major benefits
High productivity gains
The E3 engine is capable of detecting abnormalities using AI, enabling inspections with higher accuracy in a shorter time than conventional inspections. This reduces production line downtime and improves productivity.
Supports high mix low volume production
The E3 engine is capable of detecting abnormalities using AI, making it flexible for high-mix low-volume production sites. In addition, the ability to create AI models in a short period of time allows for quick response to new product launches.
Despite its high inspection performance, the E3 engine offers economic advantages over conventional inspections involving human labor. It also reduces costs by reducing production line downtime.
Fields of Application
E3 ENGINE is used in a wide range of fields
In the automotive industry, E3 engines are effectively used to improve safety and quality control. For example, E3 engines are used to inspect parts of engines and drive train components that require high precision.
High accuracy and high speedinspections provide quality control where it is needed. By using automatic inspection equipment, human error can be eliminatedand large quantities can be inspected in a short period of time. In addition, AI model creation time is short, allowing for flexible production.
The food industry places a special emphasis on quality control, and the E3 engine is used for visual and quality inspections of food products.
The E3 engine is also used for visual and quality inspections of food products. For example, the E3 engine is used to inspect the appearance of fruits and vegetables, as well as the weight of food products.
It is used for research to detect abnormalities from X-ray images and for testing medical devices.