Technical Pattern Drafting
Apparel Pattern Making Services in Dhaka.
Eliminate fit discrepancies. Our Dhaka pattern engineers translate design sketches or sample garments into digital CAD marker patterns with full XS–3XL size grading curves.
Garment Geometry
Precision Fit & Size Curve Engineering
A poorly drafted pattern causes armhole bunching, improper shoulder slopes, and inconsistent size grading when scaling from small to 3XL.
Fenalt creates production-ready CAD markers: Our pattern engineers in Dhaka construct digital CAD patterns, establish point-of-measure spec tables, and test fit prototypes prior to bulk cutting.
Pattern Services
Pattern Engineering Capabilities
Digital CAD Pattern Creation
Translating flat line drawings or physical reference items into high-precision digital CAD marker files.
Size Curve Grading
Proportional grading curves ensuring identical fit proportions across all garment sizes.
Point-of-Measure (POM)
Specifying exact dimensions with ±1.5cm standard measurement tolerances for floor QC auditing.
Quality Assurance
Dhaka Floor Supervision Standards
We physically audit stitching, measurement accuracy, and label attachment on the factory floor before garments are approved for export.
Measurement Tolerance (±1.5cm)
Strict sizing curve control across all garments.
Needle & Metal Detection
100% safety inspection of finished pieces.
ANSI/ASQ Z1.4 Audits
Enforcing international AQL 2.5 quality benchmarks.
Questions
Pattern Making FAQ
Can Fenalt create digital patterns from rough sketches or physical sample garments?
Yes. Our Dhaka pattern engineering team digitizes line drawings or physical sample garments into CAD marker patterns with complete Point-of-Measure (POM) spec tables.
What measurement tolerance is used during pattern grading?
Our Dhaka team enforces a standardized ±1.5cm measurement tolerance benchmark across all graded size points.
Develop CAD patterns for your garments
Submit your sketches or physical reference sample for a pattern creation estimate within 24–48 hours.
Start Pattern Project