Live Demo at the JEC 2025: HybridX solutions to optimize new processes

MULTIAX will exhibit a hybrid configuration CNC machining center capable of printing and milling at JEC World in Paris March 4-6, at booth M88 in Hall 5.

This machine with a monolithic closed-cell structure is designed for high-level performance, with a gantry moved by two synchronized drives, allowing great parallelism of movements, resulting in reduced vibration and extreme precision, particularly during high-speed machining of aluminum or composites.

You will have the opportunity to witness a live demonstration of the P-Series printing composite sample parts, and you will be able to see for yourself the accuracy of the material deposition, the regularity of the layers, and the overall consistency of the system.

The new generation high-flow pellet extruder built into the P-Series is designed for faster 3D printing, up to 25 kg of material per hour, although there is a wide range of models available to extrude up to 60 or 100 kg/hour.

The main applications of our machines range from rapid prototyping, low-temperature master models, casting models, hot forming molds, autoclave molds, oven molds, self-heated molds, as well as various components, parts, and design objects.

With this range of extrusion capabilities, additive functions can be integrated into other Multiax CNC machine models, including 3-axis CNC milling machines and large 5-axis portals with staggering vertical axis travels.

All these machine models are available in two versions: for printing only (PrintX) and for printing and milling (HybridX), to meet the different production strategies, needs and space constraints of end users.

Regardless of configuration, Multiax solutions are all based on Cartesian structures, achieving higher accuracies and better stability than robot-integrated solutions, especially during the CNC milling process.

The ability to adjust the printer's head inclination via NC ensures optimal material build-up angles, while pellet extrusion 3D printing offers a wide range of material options, from soft grades to high-performance resins filled with carbon fiber or glass fiber. Layer-by-layer material deposition allows for the creation of complex component shapes that would be challenging to achieve through traditional processes, optimizing material usage.

The printing head and the feeding system

At the heart of the printing process is a high throughput pellet extruder.
In addition, our package includes a material feeding system that includes a high-performance mini-dryer for pellet dehumidification, a vortex cyclone filter, cleaning valves, and hoppers, which contribute to the vacuum transport of the pellets into the feeding system.

If you're ready to explore innovative ideas and embrace cutting-edge technologies, reach out and meet us in Paris!