Continue reading Factory layout of apparel Industry at Textile School.

Design is about progress. It is the conceptualization and creation of new things: the outcome may be a product, service, process, or combination also. The textile design comprises both surface design and structural design. Structural designs are intrinsic parts of materials. They are created through the manipulation of fabrications, color, or texture. Structural design created through fabrication depends on the use of color and texture in the yarns forming loops or interlacing patterns in the fabric whereas the surface design is created by embroidery, appliqué, printing, quilting, or other forms of fabric decoration. In this article, the focus is applied to surface design.

Continue reading Indian Traditional Textiles: Surface Design with Applique of Odisha at Textile School.

This project work deals with the productivity and quality enhancement in a garment manufacturing unit through a practical study conducted in the stitching department.

Continue reading Practical Garment Production Process – A Case Study at Textile School.

More than 60% of the export share of Bangladesh is now contributed by ready-made garments. Due to the advent of containerization multimodal transport has created a new era in international trade.

Continue reading Merchandising of Men’s Shirt in Bangladesh – A Case Study at Textile School.

Industrial sewing machines are specialized machines that are designed to perform specialized tasks in high volumes. Various industrial sewing machines and their components and features are explained in this article.

Continue reading All About Industrial Stitching and Sewing Machine at Textile School.

The textile industry is one of the leading sectors in the economy as it contributes to total industrial production. The untreated textile wastewater can cause rapid depletion of dissolved oxygen if it is directly discharged into the surface water sources due to its high BOD value. The effluents with high levels of BOD and COD values are highly toxic to biological life.

The high alkalinity and traces of chromium which is employed in dyes adversely affect the aquatic life and also interfere with the biological treatment processes. The quality of such effluent can be analyzed by their physicochemical and biological analysis. Monitoring of the environmental parameters of the effluent would allow having, at any time, a precise idea on performance evaluation of ETP and if necessary, appropriate measures may be undertaken to prevent adverse impact on the environment. The obtained results will be very much useful in the identification and rectification of operational and maintenance problems and they can be also utilized to establish methods for improvement.

Continue reading Effluent Treatment Process in Garment Manufacturing at Textile School.

Apparel manufacturing is a labor-intensive assembly line process requiring significant amounts of repetitive and skilled manipulations. Therefore, like any other manufacturing industry, it has its own share of ergonomic problems where poorly designed and unorganized workstations contribute to musculoskeletal discomfort among the sewing operators. Research has found that ergonomic interventions including redesign and proper adjustment of workstations, use of ergonomically-designed seating, and training in low-risk methods and posture substantially improve workers’ efficiency.

Continue reading Ergonomic Improvements in Textile Industry at Textile School.

Continue reading Yarn to Fabric Manufacturing at Textile School.

Garment production is an organized activity consisting of sequential processes such as laying, marking, cutting, stitching, checking, finishing, pressing, and packaging. This is a process of converting raw materials into finished products. It will be difficult to maintain the industry if production is not, up to the mark if the preproduction phase of preparation of material is not properly carried out.

Ready-to-wear apparel or garment manufacturing involves many processing steps, beginning with the idea or design concept and ending with a finished product. The apparel manufacturing process involves Product Design, Fabric Selection, and Inspection, Patternmaking, Grading, Marking, Spreading, Cutting, Bundling, Sewing, Pressing or Folding, Finishing, and Detailing, Dyeing, and Washing, QC, etc.

Continue reading Pre-Production, Production and Post-Production Process in Garment Industry at Textile School.

Continue reading METHOD STUDY IN GARMENT INDUSTRY at Textile School.