Industrial sourcing and implementation for Afghanistan

Sock Knitting, Toe-Closing & Boarding Line

A micro/small complete sock workshop converting released yarn into finished plain or terry socks through pattern programming, yarn creeling, computerized single-cylinder knitting, piece inspection, toe closing or linking, turning, optional washing, steam or electric boarding, pair matching, metal checking, tagging and packing. Yarn dyeing is not included.

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Sock Knitting, Toe-Closing & Boarding Line equipment and production reference

Production line and factory setup overview

A micro/small complete sock workshop converting released yarn into finished plain or terry socks through pattern programming, yarn creeling, computerized single-cylinder knitting, piece inspection, toe closing or linking, turning, optional washing, steam or electric boarding, pair matching, metal checking, tagging and packing. Yarn dyeing is not included.

Recommended lowest-entry line configuration For the lowest commercial entry, install two identical 3.75-inch plain/terry computerized sock machines selected for one needle count, one toe-closing machine, one simple six- to twelve-form electric or box boarding unit, compressor, pattern workstation, inspection tables and packing tools. Launch three sizes and six core designs using pre-dyed yarn; avoid one machine for every style.

2 knittersstarter production cell
3 sizeslaunch size family
6 designscontrolled opening range
8-12entry operators

Production process and implementation sequence

  1. Yarn receiving and colour-lot release
  2. Pattern programming and machine setup
  3. Computerized sock knitting
  4. Piece inspection and turning
  5. Toe closing or linking
  6. Optional washing and hydro-extraction
  7. Steam or electric boarding
  8. Pair matching, tagging and packing

Products, capacity and market fit

  • Afghan retail and institutional buyers consume repeat basic socks throughout the year.
  • A two-machine cell provides backup and allows controlled style changeovers.
  • Pre-dyed yarn avoids dyeing chemistry and wastewater at launch.
  • Local pattern, sizing and packaging can differentiate a small workshop.
  • Plain everyday socks - Buyer-approved size, needle count, yarn blend, welt stretch, heel/toe and pair weight - Retail, school and institutional buyers
  • Terry work or winter socks - Separate terry programme, yarn consumption and boarding standard - Workers and cold-season retail after trials

Core production machinery and line specifications

Machine / stageFunction / valueProduction note
Two computerized sock knittersKnit welt, leg, heel, foot and toe coursesOne selected needle count
Yarn creels and compressorFeed yarn and operate pneumatic selectorsDry stable air
Pattern workstation and backupCreates and controls approved designsMaster files protected
Sock turning and toe-closing machineTurns pieces and closes the open toeComfortable linked seam
Optional washer and extractorCleans and prepares socks for boardingOnly if required by product
Six- to twelve-form boarding unitSets size, shape and appearanceElectric or compact steam entry
Inspection and metal-check stationChecks seams, defects, size and needlesEvery pair verified
Tagging and packing toolsPairs, labels and protects finished socksManual launch scope

Raw materials, utilities and factory requirements

Indicative low-entry investment and implementation plan

These planning ranges prioritize economical machinery, local labor and local civil works. Final pricing follows confirmed capacity, product specification, delivery terms and site conditions.

ScopeIndicative rangeEntry-plan note
Two computerized sock knitting machinesUS$6k-16kOne needle-count family
Toe closer, turner and compressorUS$3k-8kManual handling entry
Simple boarding, inspection and packingUS$3k-9kSix to twelve forms
Freight, setup, patterns and initial sparesUS$3k-9kNeedles and selectors
Indicative low-entry totalUS$15k-42kYarn dyeing, building and yarn stock excluded

Detailed proposal and next step

The proposal contains the complete line flow, machinery scope, raw-material and utility requirements, implementation stages and indicative entry planning. Final configuration follows confirmed products, capacity, site and budget.

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