Gerber Technology Supports New York City’s Fashion Manufacturing Initiative

Local apparel manufacturing companies expand business opportunities through use of advanced technology

星期一, 四月 21, 2014 分类: 时装和服装, CAD, 软件

Gerber Technology is proud to support the Council of Fashion Designers of America (CFDA)’s Fashion Manufacturing Initiative (FMI) with a donation of hardware systems and AccuMark® 9.0 software. FMI is in affiliation with the New York City Economic Development Corp. 

格柏科技推出多核自动排料软件AccuNest MC


星期二, 四月 15, 2014 分类: 时装和服装, CAD, 软件

格柏科技宣布发布多核自动排料系统AccuNest™ MC。AccuNest MC软件采用多个计算机处理器进行自动排料,材料利用率比单核排料系统最多可提高2%。这使成本核算更精准,材料利用率更高,人工成本也更低。

Helpful Tips and Tricks for AccuMark Users

星期三, 一月 22, 2014 分类: Blog, CAD, 软件

AccuMark Pattern Design Software Tip of the Day emails offer users a way to learn about new functions and tricks within the system to improve workflow.  We've compiled a list of the top 10 most watched "Tip of the Day" videos, courtesy of Gerber's YouTube channel: GerberTechVideo.

Beyond Points and Lines – Choosing the Right Pattern Design Software

星期一, 十月 8, 2012 分类: 时装和服装, Blog, CAD, 软件

Pattern design software offered by most companies meets the minimum criteria. It enables the pattern designer to create and modify patterns. However, the best systems are easy to learn, easy to use on a daily basis, contain powerful time-saving functions that drastically improve productivity and are supported by professionals who understand what is required to output a pattern that will succeed in production. Beyond individual features and functionality, what else should you consider before making a pattern design software purchase?

The Competitive Advantages of CAD-PLM Integration

星期三, 九月 12, 2012 分类: 时装和服装, Blog, CAD, PLM, 软件

Many designers operate in different CAD environments. Data exchanges between CAD (computer-aided design) and PLM (product lifecycle management) software are not always smooth and sometimes impossible. But there are significant advantages to be realized when CAD and PLM systems are tightly integrated.