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We’re Ready for JEC WORLD 2026: Experience Our

ALL IN ONE Technologies for Circular Composite Production

10 - 12 March, 2026 | Paris - Nord Villepinte

Meet us at HALL 6 - BOOTH Q72

We’re glad to return to JEC WORLD 2026, the leading global event for composite materials and advanced manufacturing. From March 10 to 12, you’ll find us at Paris – Nord Villepinte, Hall 6 – Booth Q72, where we’ll showcase how our integrated ALL IN ONE Technologies for Circular Production continue to push the boundaries of composite manufacturing.

Each year, JEC WORLD brings the entire composites community together—OEMs, innovators, designers, and engineers. It’s where we exchange ideas, explore new possibilities, and demonstrate how our technologies help customers accelerate production, improve performance, and reduce waste across the full manufacturing lifecycle.

Register today and take your first step into the future of composite parts production!

Create your account, order a regular badge and add the invitation code to the dedicated field before confirming your order

Use the following free code EXH1495540372

Why Visit Us at JEC WORLD 2026?

✔ To explore integrated technologies that support circular composite production
✔ To see solutions trusted by major OEMs around the world
✔ To meet our team and discuss custom projects, automation, and digital integration
✔ To discover real applications that show how we help customers scale and innovate

What We’re Showcasing

Fiber Placement

We’ve been pioneers in Automated Fiber Placement (AFP) for decades, helping manufacturers build strong, lightweight composite structures with great accuracy and consistency. Our fiber placement systems are engineered to deliver precise deposition of continuous fibers—layer after layer—ensuring structural performance, repeatability, and production efficiency across the most demanding industries.

Hawk™

Hawk™ is our next‑generation Fiber Placement Module engineered for high‑productivity, high‑reliability layups of large aerostructures and space components, including wings, fuselage sections, rocket stages, and payload fairings.
Built with a focus on reliability, ergonomics, and throughput, Hawk™ delivers exceptional performance while offering extremely large working volumes and an operator‑friendly design.

With its short, untwisted tow path and modular, ergonomic subassemblies, Hawk™ ensures defect‑free layups, minimal maintenance, and effortless spool loading and threading—reducing downtime and maximizing production uptime.

Hawk™ can process a wide range of fiber‑reinforced materials, from common industry standards to some of the most challenging composites, including Epoxies, BMIs, Thermoplastics, Carbon Fiiber, Glass Fiiber and more.

Mongoose™

Mongoose™ is designed for the wide‑and‑high, complex‑geometry composite part manufacturing needs of today’s aerospace, defense, marine, and industrial applications. Combining an exceptionally large working volume with compact, highly maneuverable deposition heads, Mongoose™ has become the preferred solution for laying up confined female molds and producing complex male geometries.
Its unique architecture allows manufacturers to handle deep, narrow, or highly contoured surfaces with remarkable control and accuracy—making it ideal for intricate tooling and structural components.

Across our Fiber Placement portfolio, we support customers in aerospace, commercial aviation, space launch systems, marine applications, and advanced industrial markets—industries where precision, reliability, and structural integrity are mission‑critical.

Additive Manufacturing

We’re reshaping what’s possible in large‑format additive manufacturing with advanced, high‑performance systems engineered to deliver speed, scale, and precision. Our flagship solution, MasterPrint® 3X, is one of the world’s largest thermoplastic 3D printers, designed to produce extra‑large composite structures in a single piece.
MasterPrint® 3X is also available in a hybrid configuration, combining multiple manufacturing modules under one gantry—including 3D printing, milling, fiber placement, tape laying, inspection, and trimming. This integrated approach significantly reduces manufacturing costs by up to 90%, minimizing cutting, welding, stress‑relieving, and post‑processing operations.

To support manufacturers looking for a more compact yet powerful solution, we developed MasterPrint® Linear. Equipped with an innovative lean‑positioner, it preserves the core strengths of MasterPrint® 3X—such as large build volume, multi‑axis printing, and Siemens CNC control—while offering a smaller footprint, lighter foundations, and lower installation risk.
With MasterPrint® Linear, companies gain the ability to:

Print at fixed or variable angles
Produce extra‑large, complex composite parts in a single monolithic piece
Accelerate production with greater flexibility and reduced infrastructure requirements

Across our LFAM portfolio, we help manufacturers create extra‑large, complex, or monolithic components faster and more efficiently than ever before. Our technologies support rapid prototyping, production tooling, and structural composite parts that meet rigorous performance standards in aerospace, marine, automotive, industrial, and other high‑performance sectors.

Trim, Drill, & Mill

We know that machining is a critical step in delivering a finished composite component.
The Atlas Vision GU from Innse‑Berardi gives customers an all‑in‑one solution for wet and dry trimming, drilling, and milling, all with exceptional precision.

As part of the Atlas family, this platform streamlines the entire machining workflow, ensuring accuracy, consistency, and productivity for large‑scale composite structures.