Ply 1 Delta

THE EVOLUTION OF SINGLE-PLY CUTTING

PROTOTYPES, CUSTOM SAMPLES, REPEATED PATTERNS, PANELS, TECHNICAL MATERIALS

Discover the technological evolution of our Ply cutting machine, completely redesigned to offer unprecedented modern performance. The tool that will make you more productive thanks to its speed, waste reduction, precision, and versatility in the sustainable cutting of any fabric and surface.

WHY CHOOSE PLY 1 DELTA

New design
New user-friendly interface
More powerful and high-performing linear motors
Vacuum management in modules
Integration with vision system
Technical fabric cutting
Modular vacuum tanks
CNC
IO LINK
Panel management

PERFORMANCE*:

Maximum speed: 180 m/min
Maximum acceleration: 29.4 m/s2 (with a tool)
Cutting thickness: 30 mm / 60 mm
Cutting area dimensions: H 180 x L 250 cm, H 220 x L 250 cm, H 280 x L 320 cm

TECHNICAL SPECIFICATIONS*

- Max. Position Tools Available: 3
- Installed electrical power: 16.5 kW
- Voltage / Frequency: 400 V 50/60 Hz 3PH
- Aspirated Power: 11kW
- Environment temperature: 10-40°
- Humidity(at 30° ecc…): < 95°
- File Compatibility: ISO cutting file, DXF file vision system
- Operating system: Win10 IoT LTSC

*Please note that the values given may change, for continuous improvement and adaptation to production needs.

PLY1 DELTA / SINGLE SHEET CUTTING INNOVATIVE TECHNOLOGIES

MODULAR VACUUM TANK

The machine can be configured with 1, 8, or 24 tanks depending on the application and customer requirements.
The software dynamically selects the tanks to activate to optimize suction capacity during cutting.
Energy efficiency is improved thanks to the dynamic management of the vacuum opening.

CNC

An evolution of the Motion platform that enables smoother movements while maintaining high performance (from PLC to CNC).

PANEL MANAGEMENT

Vision Scan Sigma, with its Panel Management function, automatically links defined shape points to a fabric layer, without requiring repetition.
Using standard cutting files, the operator only needs to set placement rules (the recipe) on the first panel.
The calculation algorithms automatically replicate the placement in subsequent processes in two modes:

Keeping the exact original geometries of the pieces;
Adapting the pieces to the actual fabric deformations.

In summary, Panel Management is a set of intelligent algorithms capable of replicating theoretical placements on fabrics that change in appearance and geometry each time.