Virtek® Simplifies Complex Production Processes for Aerospace Manufacturing

Visit Virtek at JEC World in Paris March 6-8 – Hall 5, Stand N78

星期四, 三月 1, 2018 分类: 激光放样, 空间定位系统

Virtek demonstrates the Vision Positioning System (VPS) at booth N78 during JEC World. With a smaller, faster scanning system, improved portability, and FlashAlign™ — a new feature eliminating manual target alignment — Iris 3D with VPS reaffirms Virtek’s position as the global leader in laser technology. 

Virtek® Boosts Efficiencies in Assembly and Visual Inspection with Laser-Based Solutions

New Vision Technology to Debut at CAMX Orlando, FL, Dec. 12-14, Booth #L51

星期二, 十二月 12, 2017 分类: 激光放样, 空间定位系统

Companies are continually looking for ways to speed up assembly and Virtek’s new Iris™ 3D with the Vision Positioning System (VPS) helps its customers achieve this. Debuting to the Americas at CAMX 2017 in Orlando, Virtek will be demonstrating the Vision Positioning System at booth #L51.

Virtek Debuts Innovative Vision Driven Laser Technology in EMEA Market, Opens New Office in UK

Visit Virtek at Advanced Engineering, Birmingham, UK, Stand #O37, Nov. 1-2

星期二, 十月 31, 2017 分类: 激光放样, 空间定位系统

Virtek brings its latest advancement to the EMEA region for the composites and aerospace industry segments. The new Virtek® Iris™ 3D with the Vision Positioning System (VPS) is an innovative combination of vision and projection, all in one integrated system. This new technology brings new levels of efficiencies only achievable with vision.



星期二, 九月 5, 2017 分类: 激光放样

Virtek将面向复合材料和航空航天领域的最新科技带到亚太地区。配备最新VPS(视觉定位系统)的Iris™ 3D现在开始接受订购,并在第23届中国国际复合材料工业技术展览会亮相,来到1号馆Virtek 展位1125现场就能观摩演示,并与最新技术亲密接触,Virtek的销售代表、服务代表和经销商代表将会就观众关心的问题进行深入沟通与交流。

Virtek Announces Next Generation Platform of Vision-Driven Laser Positioning at JEC World

Visit Virtek at JEC World, Paris, France, Hall 5A Stand N71

星期二, 三月 14, 2017 分类: 激光放样, 空间定位系统

Virtek announces Virtek® Iris™ 3D with the new Vision Positioning System (VPS) now available for purchase. The VPS packs powerful functionality in a compact and portable frame, significantly improving productivity in current applications such as ply layup, plus opening new opportunities to apply precision laser alignment and positioning technology into new markets and applications.