Our process begins with advanced pattern engineering, where designs are translated into precise technical patterns. We develop patterns that account for ergonomic movement, layering requirements, and the integration of protective elements such as padding, reinforcements, and multi-panel constructions. For motorwear, this includes rider-specific shaping, pre-curved sleeves, and articulated knee and elbow sections. For workwear, patterns are designed to support flexibility and durability during long working hours.
Patterns Marking & Cutting
The Pattern Making, Marking & Cutting department at Sector 6th is built on precision engineering and efficiency, ensuring that every garment meets exact specifications required for workwear and motor wear applications. In these categories, accuracy is not just about fit—it directly impacts comfort, mobility, and overall performance.
We also specialize in grading and size scaling, ensuring consistency across all sizes without compromising fit or functionality. Each pattern is carefully adjusted to maintain proportional accuracy, which is critical for bulk production targeting international markets.
Our marker planning process is optimized using advanced techniques to maximize fabric utilization while minimizing waste. Efficient marker layouts are particularly important when working with expensive technical materials such as Cordura® and Kevlar®, where precision directly impacts cost efficiency. We ensure alignment accuracy, especially for panel-based garments and multi-material constructions.
In the cutting phase, we use modern cutting machinery and techniques to achieve clean, consistent, and highly accurate results. Special care is taken when handling heavy-duty and technical fabrics, as these materials require controlled cutting to maintain structural integrity. Multi-layer cutting processes are executed with precision to ensure uniformity across bulk production.
Our team also ensures proper bundling and labeling of cut panels to maintain traceability throughout the production process. This systematic approach reduces errors, improves workflow efficiency, and ensures that every garment assembled meets the highest standards of quality and consistency.