Transform lingerie manufacturing with greater precision, agility and scalability

The lingerie sector is defined by high product complexity, strict quality expectations and increasing pressure for sustainability. Global manufacturers must deliver consistent performance across multiple sites while adapting to evolving consumer demands for comfort, fit and personalization. This complexity creates particular challenges in cutting room operations.

Key obstacles include:

• Managing complex, delicate materials such as lace and stretch fabrics
• Ensuring high precision cutting for intricate product designs
• Reducing material waste while maintaining premium quality
• Coordinating global operations with limited real‑time visibility

Lectra supports manufacturers through its connected cutting room, which combines advanced software, cutting technology and long-term partnership support. This integrated approach helps create more connected, intelligent and efficient production environments.

Lectra’s Connected Cutting Room includes:

• Valia Fashion, a cloud‑based solution that enables agile planning and demand‑driven production
• Vector Lingerie iP6, a cutting equipment designed specifically  for lingerie manufacturing, delivering high precision on delicate materials
• Empower Fashion, a service model guaranteeing maximum uptime and operational reliability

This combination of technologies and services creates an integrated ecosystem that supports higher performance across planning, cutting and operational continuity, ensuring.

• Enhanced operational visibility across global production sites
• Reduced material waste through optimized cutting processes
• Improved productivity with more stable and efficient operations
• Higher cutting precision, ensuring consistent product quality

Explore how connected solutions, precision cutting and data‑driven production can transform lingerie manufacturing at scale. Download the eguide to learn how Lectra helps manufacturers address key market challenges while improving precision, efficiency and operational performance.