Yarn-system coordination
Control of five direction sets without compromising access, tension or sequence.
In development
5D weaving machine development
Five-direction X–Y–W–V–Z architecture.
The development programme combines 0°, 90°, +45° and −45° in-plane reinforcement with a through-thickness Z direction.
Exact public definition
Orthogonal and bias in-plane directions linked through thickness.
“5D” refers to five reinforcement directions in this proposed Kale Texnique system. It is shown as an in-development machine and architecture programme.
DirectionOrientationFunction
X0°Longitudinal reinforcement
Y90°Transverse reinforcement
W+45°Positive bias reinforcement
V−45°Negative bias reinforcement
ZThrough thicknessThickness linkage
Development questions
The next work is repeatable machine control and physical architecture evidence.
Architecture repeatability
Confirmation of directional placement, density and thickness through physical trials.
Geometry range
Definition of practical size, section and near-net output boundaries.
Validation route
Microscopy, dimensional inspection and material-specific mechanical testing after preform formation.
Current status
In development
Machine architecture, sequencing, yarn control and physical preform formation are development activities. Public copy should preserve this status until the system and output are demonstrated.
Future evidence
Evidence required
Machine video, physical preform photography, yarn-path inspection and architecture-specific testing should precede any public performance comparison.
R&D collaboration
5D is presented as a defined development programme.
Collaborators can discuss relevant non-confidential direction requirements and geometry classes without treating the system as a commercially qualified platform.