FAQ

Garments are final products of textile processing, which uses fiber as raw materials. After spinning, tecelagem, wet processing, materials are ready for manufacturing garments. Em geral, garments are made from dyed or printed fabrics. Based on pattern, desired design and style, the procedures are called as garments manufacturing.

The followings are the procedures of manufacturing garments:
1.Design/Sketch
2.Pattern Design
3.Sample Making
4.Production Pattern
5.Grading
6.Marker Making
7.Fabric Spreading
8.Fabric Cutting
9.Sorting/Bundling
10.Sewing/Assembling
11.Pressing/Finishing
12.Final Inspection
13.Packaging
14.Dispatch to Buyer or Retailer

Hoje em dia, the procedures of manufacturing garments are controlled by modern technology. Various types of software are widely used and a huge investigation is also needed.

In apparel industry, there are various types of apparels manufactured. Garments have different sizes or styles. For sizes or styles, garments are named in different ways. Jacket is one of apparels which are popular for young generation. Jacket is also used as a fashionable fabric.

In garment industry, CAD and other digitalization systems are used for cutting patter. After cutting section, different parts are sent to the sewing section for assembling jacket. After sewing and final inspection by the quality control it is ready for sale in the market.

The followings are the procedures of manufacturing fully linked jacket:
1.Contrast joint with the pocket by pressing.
2.Pocket rolling
3.Number matching with body & Pocket
4.Pocket joint
5.Zig Zag top sin over Pocket
6.Numeração & gathering back & front pants
7.Solder joint
8.Top sin on the solder joint line
9.Collar make
10.Chain stitching on collar marking line
11.Collar Joint
12.Collar over locked in joining line
13.Numbering sleeve and body part
14.Sleeve joins with body
15.Zigzag top sin on Arm hole
16.Zipper piping
17.Side sewing /body sewing by over lock
18.Zig Zag topsin (side sewing line)
19.Bottom hem tuck sewing
20.Tuck bottom hem with body parts
21.Arm hole tuck↓Button hem top sin Zig zag
22.Cuff making
23.Cuff joint
24.Cuff top sin Zig Zag
25.Zipper joint with body part
26.Collar tape part joint with zipper side
27.Collar taping part join with body part
28.Zipper top sin
29.Collar top sin
30.Label joint with body part
31.Quality Table (Arm hole point, sleeve hem, Bottom hem, Top sin, side seam, Thread cutting. Spot etc are inspected)

Spreading fabrics is the process that lays fabrics one over one on spreading table. Various faults can be caused on the fabrics during spreading, which should be identified.

Common faults in spreading fabrics: The following are the common faults during spreading fabrics.
1. Slub: Slub is a kind of faults caused by wrong spinning process. Contudo, algumas vezes, slub is used as fashion. Para isso, slub is found after a defined interval.
2. Fly yarn: Fly yarn which is found with the main yarn, is a knitting or woven fault. Para isso, fabric manufacturing should be kept clean.
3. End out: A weaving fault is found in weft yarn.
4. Double yarn or mixed yarn: A weaving fault is found in the warp yarn direction.
5. Miss prick: A weaving fault is caused by missing of the weft yarn in the fabric.
6. Shading: A dyeing fault
7. Spots: A dyeing fault found in the dyed fabric.
8. Stains: Stains caused by soil mark.
9. Crease mark: A finishing fault.
10. Holes: A knitting fault.

Computerized knife cutter is a kind of cutting instruments which are used for cutting fabric in garment industry

Principles of computerized knife cutter: The followings are the principles of computerized knife cutter.
Em primeiro lugar, CAD makes a marker.
Secondly, auto spreader spreads fabric.
Depois, a special cutting table is used for knife cutter.
Lastly, CAD cooperates with CAM to run the computerized knife cutter machine.

Procedures of computerized knife cutter:
1. Knife cutter uses a perforated table.
2. An air suction unit is available under the perforated table.
3. A beam is placed widthwise on the table to runs lengthwise.
4. Beam contents a knife to move the table widthwise.
5. When switch is on the cutter, then cutting start at the starting point and cutting continued until finish the marker in CAD

Advantages: Computerized knife cutter is quite suitable for high quality cutting.

Disadvantages:
1. Computerized knife cutter needs high investment cost.
2. This cutting system needs skilled operator.

In garments industry, assembling different parts of fabric through sewing makes a garment. Sew different apparel accessories. Cutting fabrics is performed after fabrics having been spread. Incorrect cutting can make various garment faults.

Methods of cutting fabrics: Three methods are used for cutting fabrics.

1. Completely manual method: Completely manual method is unavailable in garments industry. This method is used for tailoring purpose to cut fabrics. It is a completely manual method of cutting fabric, which needs more for cutting.
2. Manually operated powered knife method: Use a knife to cut fabrics. Knife is placed at the head of the cutting machine, which is the most used methods in apparel industry for cutting fabrics.
3. Computerized methods: Computerized method becomes popular for cutting fabrics. All programs are loaded to the computer. Depois, the computer performs activities which are loaded.

The followings are the process of cutting fabrics:
1.Fabric Spreading
2.Marker placing at the top
3.Fabric cutting
4.Sorting
5.Numbering and checking
6.Parts replacing
7.Bundling
8.Input to sewing section

Cutting fabrics has great influence on sewing section. Cutting fabrics can be classified based on the size of the fabrics. After sorting, numbering and checking are performed in case of any types of mistakes. Dyed fabrics vary from one a lot to another although they are dyed by the same dyes. Shade is also varying from layer to layer. Não obstante, additional care should be taken during numbering. Numbering is used for avoiding the shade variation of the fabric. Depois, parts are separated and made a bundle for sending to swing section.

As a kind of natural cellulosic fiber, jute fiber is different from other textile fiber while it is quit similar to flax plant. Jute fiber whose length is 0.2 para 30 inch, comes from jute plant. Jute fiber is hard. Para isso, it needs to be softened before being used for making yarn. The process of spinning jute fiber is also different from others.

Jute fiber which is spun is widely used. Jute is a kind of eco-friendly materials which is welcomed by people. Além disso, jute fiber is cheaper than other textile fibers.

Usages of jute fiber: Jute fiber is used as raw materials for various types of decorative jute goods. Jute fiber which has high quality is made into curtains and furnishing fabrics. Jute can be mixed with wool for fine yarn and fabric production.

The followings are the usages of jute fiber:
1. Sacks
2. Bags
3. Bailing and bundle cloths
4. Wrapping
5. Bedding foundation
6. Boot and shoe linings
7. Tailors back packing
8. Camp beds
9. Tarpaulins
10. Cables
11. Filter cloths
12. Fuse yarns
13. Hand bags and all types of stiff bags
14. Horse covers
15. Aprons of all heavy types
16. Iron, steel, tube and rod wrappings
17. Canal linings
18. Mail bags
19. Motor linings
20. Needle felts
21. Roofing felts
22. Corda
23. Covering fabrics
24. Tyre wrapping
25. Upholstery foundation
26. Strings of all types
27. ETC

Mixed with cotton fiber, jute fiber is called as jutex technology. The process which makes various types of course fabric cost less, compared with completely cotton made fabrics. Raw green jute can be also used for making paper.

Como um tipo de fibras naturais, fibra de juta é difícil de outras fibras têxteis. O processo de fiação de fibras de juta é diferente da outra fiação.

Fibra de juta é uma espécie de fibras naturais, que é eco-friendly. Para a demanda mundial em país diferente, juta são fabricados por uma linha de sequência. O processo de fiação de fibras de juta é completamente diferente do algodão. As seguintes são o processo de fibra de juta fiação.

Selecção de juta para um lote:
1.(De acordo com o grau de juta)Remendar-se
2.Amolecimento ou lubrificante
3.(Aplicação da emulsão em juta)Dosagem
4.(Empilhando de juta para determinado período de tempo)Cartão do disjuntor
5.(Inter cartão é usado entre este dois)Finalizador Cartão
6.(Pode ser metade ou circular completo)Primeiro Quadro Drawing
7.Segundo quadro Drawing
8.Terceiro ou Finisher Drawing Moldura
9.Roving
10.(Para fios finos)Filatório
11.(Projecto de avental ou projecto de deslizamento)Enrolamento
12.(Rolo de enrolamento & Cop enrolamento)Radiante
13.(Para fios de urdidura de pano)Tecelagem
14.(Inserção de urdidura & fio de trama)Amortecimento
15.Calendaring
16.Corte
17.Dobrável
18.De costura
19.Enfardamento
20.Exportação

Alguns passos adicionais podem ser adicionados para atender às exigências dos compradores, que pode mudar a contagem de fios. O processo varia de acordo com os tipos de produtos, tal como CBC, Hessian e Sacking.