Engineering technology corp logo
Icon menu

Engineering Technology Corporation at JEC World 2025: Hall 5 / Booth H 21

January 17, 2025
Engineering Technology Corp. at JEC 2024 Header

Salt Lake City, Utah, USA – January 17, 2025

GET YOUR COMPLIMENTARY EXHIBITS-ONLY PASS USING THE CODE EXH1389225834: FREE PASS
SCHEDULE A ONE-ON-ONE CONSULTATION: MEETING RESERVATION

Engineering Technology Corporation, a global leader in filament winding, tape wrapping, and composite solutions, is thrilled to announce its participation in JEC World 2025, one of the most prestigious events in the composites industry. The tradeshow will take place from March 4–6, 2025, in Paris, France. ETC invites all industry professionals to visit its booth, located at Hall 5, Booth H21, where it will exhibit alongside its parent company, Zoltek, a leader in carbon fiber manufacturing.

Discover Cutting-Edge Composites Solutions

ETC will showcase its latest advancements in composites technology and innovative manufacturing solutions designed to meet the ever-evolving demands of the industry. Highlights include:

  • High-Speed Filament Winding Machinery
  • Automated Workcells
  • Towpreg and Slit Tape Winding Equipment
  • Integrated Robotic Solutions
  • FiberGrafiX® Winding Software
  • Advanced Tensioning Creels and Resin Baths

Introducing the New Windows 11-Based Control System

FWC11  winding control system for filament windingETC is proud to unveil its latest innovation: a Windows 11-based filament winder control system. This cutting-edge system enhances productivity, reduces operational costs, and boosts machine longevity. Designed to bring aging machines up to the standards of modern, high-performance equipment, it features an intuitive display that combines advanced capabilities with user-friendly controls, ensuring reliability and safety.
The control system is available in various retrofit options, making it adaptable to the specific needs of manufacturers. Learn more at Hall 5, Booth H21!

Standardized Portfolio of Filament Winders

Filament winding equipment by Engineering Technology CorporationEngineering Technology Corp. has specially designed and developed a standard machine product line that is cost-effective, reliable, and covers the majority of market needs for filament winding. Its product line ranges from laboratory-scale tabletop winders to multi-spindle automated winders. Learn more

  • Laboratory-Scale Tabletop Winders, such as the SC Filament Winder. Ideal for research, education, and small-scale manufacturing. These machines have found success in industries like healthcare, where they efficiently produce high-volume, small medical devices.

  • Multi-Spindle Automated Winders, such as the SM+ Filament Winder. Popular in the COPV sector, these winders deliver high output and efficiency, addressing modern labor and production challenges.

Schedule a One-on-One Consultation

Our experts are eager to discuss your unique production needs and provide tailored solutions. Reserve your consultation today to explore how Engineering Technology Corp. can optimize your composite manufacturing processes.

Reserve Now: MEETING RESERVATION

 

Join Us at JEC World 2025

Get your complimentary exhibits-only pass using code EXH1389225834: FREE PASS

 

Source: Engineering Technology Corporation

For more information about the products and services offered by Engineering Technology Corporation, please contact us at sales@etcwinders.com.

__________________________________________

About Engineering Technology Corporation

Established in 1962 in Salt Lake City, Utah, Engineering Technology Corp. has delivered over 900 filament winding systems worldwide. As a member of Zoltek and Toray Group, Engineering Technology Corporation combines over 60 years of expertise with cutting-edge innovation. Its comprehensive solutions, from high-speed machinery to robust software like FiberGrafiX®, empower composite manufacturers to achieve superior quality and productivity.
For more information, visit www.etcwinders.com or follow us on LinkedIn.

 

ETC at JEC World 2025