获得完美的模具,但时间缩短50%。

蔡司逆向工程

通过高精度和高品质的表面重建、对点云数据的有效处理、专为自动化刀具校正而设计的功能,以及测量和数字化软件的完全集成,蔡司逆向工程能够弥补测量系统和 CAD 程序之间的差异。

塑料外壳(挡风玻璃刮水器的一部分)的逆向工程。
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逆向工程

逆向工程是从成品组件(CAD模型)中提取设计数据的重要步骤。首先需要扫描组件。无论是使用蔡司KMG、CT、光学传感器还是第三方机器采集数据,这一点并不重要。接下来,将点云(所有ASCII格式)或网格(STL数据)导入蔡司逆向工程。由于逆向工程拥有各种有效功能,点云或网格(STL数据)可在此进行处理。只需几步,您就可以获得可以导出为标准CAD格式的防水CAD模型。

  • 高精度逆向工程
  • 将CAD数据导出到IGES、STEP、SAT

Always Several Steps Ahead

The tool correction process at Horst Scholz GmbH & Co. KG

The molds for high-quality injection-molded parts must be extremely precise: a component tolerance of less than 30 micrometers, for example, requires tool tolerances of less than 10 micrometers. Horst Scholz GmbH & Co. KG has mastered this challenge by ensuring that the design, tool making, injection molding and measuring technology are perfectly in sync as the company continues its quest to develop new innovations that help its customers succeed. Since the manufacturer started working with ZEISS Reverse Engineering software, they have been able to correct their highly precise tools significantly faster and more efficiently.

Faster to the ideal injection mold

ZEISS software cuts quantity of iteration loops in half

Five to ten mold adjustments are common in the plastics industry on the way to the optimum injection mold. This is an effort that companies can at least minimize by half with the ZEISS REVERSE ENGINEERING software. This not only reduces development costs. It also gives companies the opportunity to start production much earlier.

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模具校正

在模具校正过程中需要一系列迭代循环,但却费用昂贵?想要提高您的竞争优势?蔡司逆向工程让您不仅在模具校正过程中减少至少50%的迭代循环,而且还可以更快地启动生产。该软件不仅可以对模具的各个测量点进行校正,还可以对整体进行校正。这使得耗时的手动数据传输和潜在错误成为过去。此外,可以使用“倒角分析”功能直接识别和校正设计中的倒角或校正模具。蔡司逆向工程“模具校正”选项使模具校正非常简单。

  • 迭代循环减少50%
  • 上市时间更快
  • 倒角分析

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