Textiles
Match the lay, pattern requirements and downstream handling to single-ply or multi-ply production.
Explore →Automated Textile Cutting
Evaluate the whole lay-to-parts workflow for repeated textile patterns and changing production schedules.
Production challenge
The cutting table must work with spreading, lay preparation, pattern management and downstream collection. A fast cut alone does not establish whether the line produces consistent sets.
Materials in the workflow
Required operations
The manufacturer describes GLSA and GLSC as multi-ply soft-material systems using an electronic oscillating tool. Regional configuration, lay limits and CAD compatibility need confirmation.
From job file to finished parts
- Prepare the layDefine fabric tension, layers and directional requirements.
- Nest the patternPreserve grain, nap, notches and pairing rules.
- Cut representative setsInspect shapes and notches from different positions in the lay.
- Separate and identifyAssess collection, part labels and readiness for the next process.
Systems to discuss
IECHO GLSA
Multi-ply soft-material platform listed for textiles, furniture, car interiors, luggage and outdoor applications.
View system →IECHO GLSC
Multi-ply platform with manufacturer-described continuous cutting, blade correction and knife cooling functions.
View system →Questions before selecting equipment
- Fabric and compressed lay condition
- CAD files used in the shop
- Pattern direction and notches
- Collection bottlenecks and part identification
Frequently asked questions
What should be included in a textile cutting demonstration?
Use the actual fabric, intended lay and representative pattern set. Evaluate layer consistency, handling and collected parts alongside the cutting cycle.
Manufacturer references
- IECHO GLSA — manufacturer catalog, exported October 4, 2026
- IECHO GLSC — manufacturer catalog, exported October 4, 2026