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Production Process

Process performed with
Spreader Machine

Tension-free Spreading technology. Compact, versatile & flexible, it guarantees top performance in spreading fabric, in terms of quality & productivity, with any kind of material, from elastic and light, to hard and heavy, in rolls as well as in folded bundles or tubular. High production is achieved by mechanical method. Arrangements available for counting number of plies. Cutting devices available at the end of each ply. Auto leveler available to flat the fabric

Raw Material: Fabrics

Process: Layering

Output: Spreading

Spreader Machine

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Production Process

Process performed with
Automatic Cutting Machine

A cutting plotter (or single ply automatic cutting) is a special computerized machine for the two-dimensional cutting of any roll material as well as the majority of materials in plates. This automation improves cutting room productivity. The machine is used for cutting layers of cloth. The technically possible depth of cutting of the layer depends on the design of the cutting machine and on the thickness and properties of the fabrics. For mass production, automation is essential to handle huge order volumes in less space. Precision cutting is possible with the automated cutting machine. Improves cutting accuracy and cutting quality.

Raw Material: Fabrics

Process: Cut the fabric as
per drawing

Output: Cutting Fabrics

Automatic Cutting Machine

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Production Process

Process performed with
Automatic Screen Printing Machine

The automatic screen printing machine features an all-new, highly-sophisticated servo-drive index system that combines simplified design with outstanding performance and reduced maintenance. Smooth, high speed operation and precise control make it possible to achieve higher and multiple-indexing capability. Printheads are driven by fast, reliable variable-frequency AC drive motors that deliver smooth print strokes and exceptional control. Simple print-stroke adjustment promotes exceptionally high production rates. Printheads also incorporate an elegantly simple, tool-free method of adjusting off-contact at all four corners of the screen frame quickly and independently.

Raw Material: Cutting Fabrics
& Paint

Process: Printing

Output: Multicolor Printing

Automatic Screen Printing Machine

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Production Process

Process performed with
Overlock Machine

An overlock sewing machine or serger as it is commonly known, can trim, stitch, and overcast seams as they sew. The overlocker machine can be used for many finishes including construction of garments, through to finishing off the edges of fabric that will then be seamed on the sewing machine. They can also be used for applications such as inserting a zipper and creating beautiful decorations with certain stitches. These machines are best suitable for garment textiles where large number of garments is designed in less amount of time

Raw Material: Cutting Fabrics
& Thread

Process: Stich on
Cutting Fabrics

Output: Part Attachment
through Stitching

Overlock Machine

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Production Process

Process performed with
Flatlock Machine

Flatlock stitching machine looks like overlocking on both sides of a seam and is often used in swimwear, sportswear, on baby's clothes, or just as a decorative exposed seam. The machine creates a seam that is flat and has the same appearance both inside and out. Flatlock machine has a vast working space permits a wide range of sewing applications and is utilized for all types of flat sewing work.

Raw Material: Cutting Fabrics & Thread

Process: Stich on Cutting Fabrics

Output: Part Attachment through Stitching

Flatlock Machine

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Production Process

Process performed with
Label Printing Machine

Textile labels are small labels usually made of nylon, taffeta or polyester satin, sewn into the interior of a garment so it is not visible when worn. Textile labels are intended to convey important information about the garment to the consumer. This range of textile label printing machines offers a new way to print labels using specialised apparel and decorative transfers. The LX Letterflex utilises proprietary paper chemistry, ink and printing transfer technology, which affixes an entire image to a garment without the need to sew in a label.

Raw Material: Garments

Process: Label Printing

Output: Label

Label Printing Machine

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Production Process

Process performed with
Steam Iron Machine

Textile labels are small labels usually made of nylon, taffeta or polyester satin, sewn into the interior of a garment so it is not visible when worn. Textile labels are intended to convey important information about the garment to the consumer. This range of textile label printing machines offers a new way to print labels using specialised apparel and decorative transfers. The LX Letterflex utilises proprietary paper chemistry, ink and printing transfer technology, which affixes an entire image to a garment without the need to sew in a label.

Raw Material: Garments

Process: Ironing

Output: Ironed garments

Steam Iron Machine

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