By maximizing fabric utilization, Diamino directly impacts the bottom line, reducing raw material costs—one of the largest expenses in apparel manufacturing. 4. Why 64-Bit Architecture Matters
Faster nesting calculations for markers containing hundreds of pieces.
Lectra Diamino focuses entirely on maximizing material utilization through efficient marker making. The V6R2 version utilizes advanced algorithms to nest pattern pieces tightly onto fabric layouts. This minimizes waste, which directly reduces production costs. Diamino V6R2 handles multiple material types—such as graphics, plaids, and directional prints—while respecting constraints like fabric flaws and grain lines. The Power of the 3D 64-Bit Architecture
| Operation | 32-bit (Legacy) | 64-bit (V8R1/V6R2) | | :--- | :--- | :--- | | Modaris 3D cloth simulation (5000 frames) | 12 minutes (frequent out-of-memory) | 3.5 minutes | | Diamino nesting (500 pieces, 5 markers) | 18 minutes (limited to 2GB RAM) | 6 minutes (uses 12GB) | | Pattern grading (10 sizes) | 45 seconds | 12 seconds | Lectra Modaris-V8R1- and Diamino-V6R2- with 3D 64 bit
Uses advanced algorithms to fit pieces as tightly as possible.
Advanced algorithms reduce waste by tightening markers.
Previous versions forced users to choose between 100% automatic (fast, but wasteful) or 100% manual (efficient, but slow). V6R2 runs in the 64-bit environment to allow real-time interactive nesting . You drag a piece; the AI recalculates the entire marker layout in under 2 seconds. such as folding orientation
It automatically respects strict constraints such as fabric grain lines, pattern directionality (one-way prints), plaid/stripe matching, and shading flaws.
"Revolutionize Your Fashion Design Workflow with Lectra Modaris V8R1 and Diamino V6R2 with 3D 64-bit"
Dedicated NVIDIA GeForce RTX or Quadro series card with at least 4GB VRAM to handle real-time 3D cloth draping simulations. Conclusion ensuring high accuracy.
I can tailor a specific migration or optimization plan for your cutting room. Share public link
This feature enables better communication between the design team and the workshop. It improves the visualization and printing of virtual pleat details, such as folding orientation, order, and annotations, ensuring high accuracy.