Latest advancements in defect detection in tapping tools

At Mondragon Goi Eskola Politeknikoa (MGEP), our MODUL4R experts are working on the NECO use case which is focused on designing a modular finishing cell for the final processing steps for tapping tools produced by NECO-Tivoly in Elorrio, Spain.

Currently, MGEP's plan is to set up an optical device to detect defects in tapping tools by utilizing a laser profilometer, which is a precision instrument capable of reconstructing a detailed geometric profile of each tool. By capturing multiple measurements as the tool rotates, a highly accurate point cloud representation of the tool’s geometry is generated.

One of MGEP’s latest advancements, includes the development of a Python script to power up a camera, establish a laptop connection, and initiate measurements. But this is not all. In addition, they're also delving into data analytics to evaluate the collected data and are working on automating the CNC table to precisely rotate the tool for repeated measurements.

These advancements are a critical step forward in achieving quality assurance for tapping tools.