
KNITWEAR
Knitwear is engineered across fibre, yarn architecture, gauge, stitch structure, shaping, assembly, wet finishing, fit and manufacturing capability.
FIBRE · YARN · GAUGE · STRUCTUREKNITWEAR / PRODUCT SYSTEMS
KNITWEAR BUILDS MATERIAL, SURFACE AND FORM AT THE SAME TIME.
The textile is created while the component or garment is formed. Fibre, yarn, gauge, stitch, shape, knitting, assembly, finish and fit operate as one technical sequence; each level conditions the next and can become part of Product Identity.
THE KNITWEAR CONSTRUCTION ATLAS.
Read the product through material, machine, structure, shaping, assembly, finishing, quality and manufacturing capability.
Fibre & Yarn Architecture
Fibre diameter and length, spinning route, yarn count, ply and twist determine hand, strength, loft, machine stability and the operating window of the knit.
Fibre · spinning route · yarn count · ply · twist · colour
Gauge & Machine Selection
Gauge is needle density, not a standalone quality scale. It must be read with machine type, yarn count, ply, stitch structure, working width and take-down.
Machine type · gauge · yarn count · structure · take-down · working width
Knit Structures & Surface Engineering
Plain, rib, interlock, tuck, cable, pointelle, jacquard and intarsia alter elasticity, density, relief, stability and yarn consumption. Structure is a design and production variable, not surface decoration.
Plain · rib · tuck · cable · pointelle · jacquard · intarsia
Shaping, Linking & Garment Construction
Fully fashioned panels, cut-and-sew knit, whole-garment and seamless systems follow different shaping and assembly logics. Linking and seam architecture must match gauge, stretch, bulk and edge stability.
Fully fashioned · linking · cut & sew · whole garment · seamless · seam type
Wet Finishing & Dimensional Control
Scouring, milling, rinsing, drying, raising or brushing and steam/pressing can change density, bloom, hand and measurements. The product is assessed only after the target finish.
Scour · mill/full · dry · raise/brush · steam/press · measure/QC
Prototype, Fit & Quality Validation
Development validates yarn, programme, structure, measurements, linking, finish and care performance through knit-downs, prototypes, corrections and an approved production standard.
Knit-down · prototype · fit · dimensional stability · pilling · defects
Factory Capability & Manufacturing Route
Capability is mapped by machine architecture, gauge range, programming depth, linking/sewing, finishing, handwork and QC, then assessed separately from capacity, MOQ and lead time.
Machine fleet · programming · sample room · linking · finishing · QC · MOQ/capacity
PRODUCT IDENTITY IS BUILT INTO THE KNIT.

GAUGE IS ONE VARIABLE IN A SYSTEM.
Gauge must be read with machine type, yarn count, ply, stitch structure and take-down. The same gauge can produce very different mass, compactness, elasticity and hand.
- FIBRE + YARN ARCHITECTURE
- GAUGE + MACHINE TYPE
- STITCH + SHAPING
- ASSEMBLY + LINKING
- WET FINISHING + DIMENSIONAL QC
RECOGNISABLE WITHOUT A LOGO.
Knitwear identity can be encoded in yarn and colour, gauge range, shoulder and volume, stitch scale, rib and hem ratios, neck and trim construction and finishing. Codes are recurring relationships, not isolated ornaments.

THE PRODUCT IS PROVEN THROUGH MATERIAL, PROCESS AND FIT.
CAPABILITY IS MORE THAN A MACHINE LIST.
A knitwear factory is qualified by actual machine models and gauge range, programming depth, sample-room access, linking/sewing, wet finishing, handwork, dimensional control and QC. Capability, capacity, MOQ and lead time are assessed separately.