Gerber Technology Enhances Operator Experience for Z1 Cutter

Upgrades Offer Improved Functionality, Precise Job Management

星期一, 五月 4, 2015

Gerber Technology, a world leader in integrated solutions for the apparel and industrial markets, introduces upgrades on two software technologies: Axis™ 2.1 controller software for the GERBERcutter® Z1 automated cutting system and the CutWorks® 9 design, nesting and cutting software.

Reasons to Transition from Manual/Die Cutting to Automated Leather Cutting

星期一, 三月 10, 2014

Transitioning from manual or die cutting of leather can seem daunting. For decades, automated leather cutter suppliers have helped companies of all sizes transition from die cutting or supplement existing die cutting with computer-controlled leather cutting. Seasoned sales and service professionals will start by understanding your needs, assessing your business requirements and suggesting automation solutions to address your individual needs.

Six Benefits of Transitioning from Manual to Automated Cutting

星期三, 一月 22, 2014

Making the transition from manual cutting to automated cutting can seem daunting. Over the past five decades, Gerber has helped thousands of companies of all sizes make the transition. Here’s a look at six important benefits that will directly influence your bottom line and accelerate your return on investment in automation technology.

Improving Cut Part Quality with Cut File Preparation Software

星期五, 十一月 2, 2012

Do you currently use or are you considering purchasing a computer-controlled automatic cutting system to cut single ply or low plies of flexible goods? If so, you may need better control over your electronic cut file (CAD) data and you might realize tremendous improvements in cut part quality using CutWorks® cut file preparation software.

Maximizing Composite Material Utilization

星期五, 九月 28, 2012

Because carbon materials are expensive, sometimes require long lead times and are often difficult to procure, maximizing the number of cut parts from a single piece of carbon material is imperative. While assembly of composite parts remains a largely manual process, advances in automated nesting, cutting and kitting systems help improve product quality, maximize the use of costly materials and minimize errors.