ZRE (ZEISS Reverse Engineering)

Tokyo Seimitsu is the pioneer that developed “Japan’s first coordinate measuring machine.”
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While the global mold market has continued to grow since the financial crisis caused by the collapse of Lehman Brothers, demands relating to the precision, delivery time, and cost of molds have been intensifying. In particular, the issues of “complex and high-precision molds, short delivery time,” “cost reduction responding to global market competition,” and “quantitative evaluation to secure new human resources and inherit technology due to the aging of engineers" must be addressed in the market overall. In this webinar, we will introduce application examples that can solve these problems under the theme of "Problems and Solutions for Quality Control in Mold Production."

ZRE (ZEISS REVERSE ENGINEERING) is a software that creates and corrects 3D CAD models based on measurement data. It features high-precision reverse engineering and an innovative “Tool Correction” function which quantifies and streamlines mold corrections. Using a simple procedure, ZRE can generate surfaces directly from point cloud data of both contact and non-contact measurement results. In addition, this software quantifies the amount of mold correction that operators conventionally adjusted based on their intuition alone. This makes it is possible to minimize the trial-and-error process of correction based on measurement results and efficiently perform mold correction. Utilizing the actual user interface for easy understanding, this webinar will cover the key points of innovative reverse engineering functions, as well as problems related to mold correction and the solutions thereof.