Yarn delivery
Multiple yarn systems, beam or package arrangements and material-sensitive feed control.
Special-purpose textile machinery
Process platforms configured around the reinforcement architecture.
The machinery is more than a conventional flat-fabric production route. Motion, yarn delivery, tension, sequence and take-up are configured around the geometry and structural textile output.
Primary machine systems
Developed, supplied and in-development platforms—clearly separated.
M01
Developed platform
3D Orthogonal Weaving Machine
Developed multilayer X–Y–Z platform for thick sections, solid blocks and integrated profiles.
M02Developed / supplied
Polar Orthogonal Weaving Machine
Developed and supplied platform for circular, cylindrical, conical, ring and dome-like textile architectures.
M03Developed / supplied
Needle-Felting Machines
Laboratory HMI and continuous-web systems for technical fibres, thick felts and shaped 2.5D preforms.
M04Developed system
4D Weaving Machine System
Developed four-direction X–Y–W–Z architecture using 0°, +60°, −60° and through-thickness fibres.
M05In development
5D Weaving Machine Development
Five-direction X–Y–W–V–Z system using 0°, 90°, +45°, −45° and through-thickness fibres.
M06Project-specific
Near-Net Preform Mechanisms
Project-specific shape formation, yarn handling and geometry control for non-flat structural preforms.
Machine engineering scope
Subsystems that turn a directional architecture into a repeatable process.
Public descriptions remain at a functional level. Proprietary mechanism details and customer-specific configurations are discussed only within an appropriate technical and confidentiality framework.
Motion architecture
Orthogonal, bias, polar, multilayer and needle-motion sequences configured around output geometry.
Tension & take-up
Controlled delivery and advancement across layer build-up, diameter change and section transition.
Process control
HMI, pattern logic, synchronisation, repeatability and non-confidential process monitoring.
Machine demonstrations
Watch the operating platforms without loading them until requested.
Operational demonstration
16-Layer Orthogonal 3D Weaving Machine
Complete demonstration of the physical multilayer platform.
Open on YouTubePhysical machine
Polar Orthogonal 3D Weaving Machine
Representative polar machine operation for axisymmetric geometry.
Open on YouTubePhysical machine
Laboratory Needle-Felting Machine
HMI-controlled technical-fibre processing and preform development.
Open on YouTubeMachine enquiry
Start with the textile output and process problem.
Share the non-confidential geometry class, fibre family, size range, architecture and expected development stage. We can then identify the most relevant platform.