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Centric Software's Product Lifecycle Management (PLM) solution will be used to power the brands of Shenzhen EIN Clothing Co., ltd. (EIN Clothing) which aims at high quality, high value and high creativity. Established in 2002 and headquartered in Shenzhen, EIN Clothing boasts two brands: EIN and PURE •TEA, for which it designs, develops, manufacturers and sells exclusively. EIN, which stands for Elegance In Nature, combines simple design and innovative craftsmanship, and was created by brand founder Ye Lin. EIN operates over 300 stores in China, 20 of which offer PURE •TEA which is a relatively new brand. As a domestic leader in designer women’s wear, EIN strives to optimize internal management to carefully guard its brand DNA, shorten time to market and improve product quality. EIN also wishes to enhance management in product planning, design research and development, materials and fabric development, as well as other operations. "We hope to optimize our management

Addnode Group’s subsidiary, TechniaTranscat has renewed the contract with a German industry leading car manufacturer. The projected order value is approximately SEK 75 million over three years. TechniaTranscat has been supplying products and services to the German car manufacturer for several years. The renewed contract includes a wide set of services to improve the usage of the existing PLM system. The contract, which has an extended business scope, includes consulting, education and support. The major part of the delivery is based on a Service Level Agreement (SLA) delivery model. “This is a validation of our strong delivery capacity and knowledge within the PLM segment and our strong local presence in the automotive clusters of Germany”, said Jonas Gejer, CEO TechniaTranscat and President Addnode Group PLM. “Germany is an interesting market with a significant growth over the past years. The acquisition of Transcat PLM last year was a well-considered move to position ourselves as

NUM will be demonstrating an innovative new development to its renowned NUMROTO tool grinding software at GrindTec 2016. The company is launching a suite of enhancements for the package, including new gash out-X and flute-X facilities that pave the way for next-generation complex geometry tools. NUM has also further enhanced the flexibility of NUMROTO by adding a number of new facilities for end-mills and drills. These include ‘Quickedit’ pages to simplify parameter selection for re-sharpening standard tools, predefined minimum cycle times to ensure reliable communication between the PC and the CNC even when generating very high precision tool paths with many points, and optimized grinding of rough profile end-mills. First launched in 1987, NUMROTO software has become the preferred choice for many of the world’s leading manufacturers of machines for the production and re-sharpening of tools such as end-mills, drills, step drills, form cutters and many others. Compared to some competitive products

GRAPHISOFT, a leading Building Information Modeling (BIM) software vendor will hold a live online webinar on February 2 introducing Twinmotion for ARCHICAD. Award-winning Twinmotion is a real-time visualization technology changing the way designers and engineers interact with their models. Developed by Ka-Ra and distributed worldwide by Abvent, Twinmotion is compatible with every 3D modeling software on the market today, including ARCHICAD. Twinmotion is a great fit for any landscape, urban planning or building professional. Designed with an easy, intuitive user interface, it can be used right out of the box. In addition to being incredibly easy to use, Twinmotion creates high quality images and animations in the blink of an eye. Join them on February 2 for a live online webinar led by Ildikó Szabó of Abvent who will walk you through a workflow demo of Twinmotion 2016, highlighting all the fantastic new features in the latest version of this game-changing visualization software. Twinmotion 2016 offers several productivity enhancements, such

Sigmetrix today announced that its CETOL 6σ™ for SOLIDWORKS®, a fully integrated 3-D tolerance analysis software solution for engineering and design teams, has been awarded Certified Gold status by DS SolidWorks Corp. As a SOLIDWORKS Certified Gold Partner product, CETOL 6σ for SOLIDWORKS marries the power and functionality of SOLIDWORKS's parametric design capabilities with the precise calculations and advanced mathematical technologies of CETOL 6σ. Users can utilize seamless integration, complete with full model associativity, to visualize the potential impact that tolerance changes will have on their overall assembly. This single-window integration of CETOL 6σ with SOLIDWORKS allows users to analyze and improve their designs faster than ever, and because changes made to the tolerances automatically update the CAD data they can be assured their improvements are correctly incorporated within the design definition and hence the final product. Andy Beeson, Principal Engineer, utilizes CETOL 6σ at Smiths Medical. “CETOL 6σ leverages the power of SOLIDWORKS

TE-CO Workholding has integrated its website with the Navigator Platform, a Thomas Enterprise Solutions technology that allows TE-CO to provide its customers with thousands of CAD models and product specifications. The announcement follows a recent partnership between the two companies that emerged to help TE-CO and its distributors improve efficiencies in the availability and flow of rich product data to provide end-users with a better digital experience when searching for TE-CO products. Headquartered in Union, Ohio, TE-CO manufactures a diverse line of workholding products used by small machine shops and Fortune 100 companies alike. Products include clamping and set-up tools, tooling components, CMM fixturing and spring-loaded devices for military jets and drones, surgical instruments and a range of other industrial products. Prospective TE-CO customers — typically OEM engineers — require up-to-date CAD models and specs to ensure the products will fit their exact specifications. With a powerful eCatalog active on TE-CO’s website, customers

CIMdata, Inc., the leading global PLM strategic management consulting and research firm announces that Damien C. Rodger, MD, PhD, Assistant Professor of Ophthalmology at the University of Southern California (USC) and Visiting Associate in Medical Engineering at the California Institute of Technology (Caltech), will kick-off PLM Road Map™ for the High Tech and Medical Device industries with a keynote presentation that will share recent innovative research into the use of parylene C, a USP class VI biocompatible polymer, as a structural material for biomedical devices. Parylene C has been used for decades as a coating in biomedical devices however, recent research has focused on its use as a structural material for medical devices and not just as a coating. The goal has been to apply parylene to the field of ophthalmology, first as an ideal material for high-density retinal stimulation electrode arrays and radiofrequency power and data coils, as well as a

Keynote presentation at CIMdata’s PLM Road Map 2016 for the High Tech and Medical Device industries will show how groundbreaking biomedical research is transformed from the design stage to microfabrication and test. Ann Arbor, Michigan, 26 January 2016—CIMdata, Inc., the leading global PLM strategic management consulting and research firm announces that Damien C. Rodger, MD, PhD, Assistant Professor of Ophthalmology at the University of Southern California (USC) and Visiting Associate in Medical Engineering at the California Institute of Technology (Caltech), will kick-off PLM Road Map™ for the High Tech and Medical Device industries with a keynote presentation that will share recent innovative research into the use of parylene C, a USP class VI biocompatible polymer, as a structural material for biomedical devices. Parylene C has been used for decades as a coating in biomedical devices however, recent research has focused on its use as a structural material for medical devices and not just

Later this week, on January 28, PTC will host its exclusive ThingEvent, focused on augmented reality (AR) in the enterprise. This livestream event will highlight real-world customer solutions from leading manufacturing companies as well as new technologies that will transform how humans interact with and experience the physical ‘things’ around them in the era of the Internet of Things (IoT). By seamlessly overlaying digital data onto the physical world – and providing a rich, visual, interactive experience – augmented reality can fundamentally improve and transform the way we design, manufacture, operate, and service smart, connected products and systems. ThingEvent attendees will see live demonstrations of practical uses of augmented reality for business, presented by PTC executives and representatives from leading manufacturing companies. These PTC customers will share the benefits of presenting enterprise information and live streaming sensor data through augmented reality, enabling deeper insight into product behavior and usage, better execution of service procedures, more

ZW3D today announced the availability of ZW3D 2016 Beta, delivering much more collaborative product design to connect seamlessly your upstream & downstream partners. "We’ve been devoted to developing innovative and better CAD products for over a decade,” said Colin Lin, Director of ZW3D Overseas Business, “And this time, ZW3D 2016 Beta comes with numerous enhancements to be even easier and more intuitive to learn and use. ” One of the most significant features of ZW3D 2016 Beta is the newly-developed PMI (Product Manufacturing Information). Designers can define technique information, such as geometric dimensions, 3D annotations, surface finish and material specifications, directly on the 3D entities to guide the manufacturing process. This will help speed up interaction, streamline production and cut quotation time. 3D sketch is another milestone to verify ZW3D’s progress in facilitating extremely easy-to-use and vivid modeling atmosphere. With common 2D sketch, everything is projected into the flat plane, leaving all constraints to