Background

In the steel jungle of mold manufacturing, precision is life, and efficiency is the lifeblood. Behind every precision mold lies the spark of wisdom from countless electrodes and the precise dance of CNC toolpaths. However, repetitive and tedious electrode design, along with error-intolerant programming processes, stand like steep peaks before mold craftsmen, consuming valuable creativity and time.

Why not...?

There is no shortage of UG plug-ins, programming plug-ins, and electrode plug-ins on the market today. Most of these plug-ins have been developed over years, and in the process of continuously responding to new needs and adding new features, they have gradually suffered from overlapping functions and increasingly complex systems. Lacking systematic organization, they not only raise the cost of user learning and operation but also fail to deliver a smooth user experience.

It’s time for a fresh start

Anewgle originated from an engineer with years of experience in mold design and programming—Anewgle. He is well aware of the power of the Siemens NX platform, yet has also endured the limitations of its native functions when dealing with massive, highly customized electrode tasks. Thus, Anewgle came into being. Its name embodies the integration of renewal, new beginnings, exploration, and intelligence, symbolizing the injection of brand-new intelligence and efficiency into the field of mold electrode design and programming. The name "Anewgle" also endows this otherwise cold tool with warmth and strength—it is like a seasoned, powerful yet meticulous "big brother," diligently shouldering the heaviest and most time-consuming burdens for engineers, precisely targeting the core pain points in mold electrode design and programming.

Anewgle is more than a tool; it’s a partner

For seasoned experts, Anewgle is a capable assistant that solidifies and streamlines their wisdom, freeing their hands to focus on more challenging process optimization and innovation; for newcomers to the industry, Anewgle is a reliable guide. Its built-in standards and automation shorten the learning curve, reduce the cost of errors, and help them grow into qualified mold engineers faster.