What's New Here?

Showing posts with label Garments. Show all posts
Showing posts with label Garments. Show all posts
Denim is one of the most polluting industries among all textile departments. Now a day’s, technologists are continuously trying to invent environmental and production friendly manufacturing facilities to avoid traditional procedures. Despite the ecological facts are involved this particular industry is growing rapidly than any other. Behind the giant denim industry the big issues are the huge quantity of secondhand trash, unusable stock, denim waste, high-consumption of water, hazardous chemicals and energy.

Denim is a dynamic, featuring field of fashion where the achievements of the science and new features of lifestyle are assumed in new styles. To understand the modern phenomenon of denim topic has to be accessed from different aspects. This field of fashion is rapidly growing business, thus continuous monitoring of the market is a must for all the professionals. 

Denim is also one of the biggest employers in the world. It is giving work to a lots of people: stakeholders in the textile, garment and fashion industry including small and medium enterprises and large companies, designers and creative personnel of leading global fashion houses and emerging brands, actors of the retail sector as well as there are huge interest of machinery makers, workers and technologists of the weaving mill and so on.

There is an effective cost saving aspect of sustainable denim project. In sustainability the uses of chemical and water are reduced along with energy reduction which is cost effective. For less chemical the extra cost is reducing and on the other hand less water gives less effluent which can help to save cost that involves in ETP management.

A recent study has shown that sustainable product has good quality in comparison overall conventional product. As example, for aggressive washes, where many of processes are involved, the more number of processes the more number of rejections will be, also falling of tearing strength is another concern.

The growing business of denim is becoming a threat to the environment and also unhygienic to the worker involved directly to washing. The uses of huge amount of water, hazardous chemicals and higher energy consumption are the key factors to deteriorate the condition of the environment. 

According to the prospect of reducing consumption of water, chemicals & energy and also to reduce impact of worker sustainability in denim washing has come to light in the world trend. Many of the big retailers are selling sustainable denim in the world market which is becoming more popular in EU and US market gradually.

To define sustainability we can say that this is the capability to maintain a certain process or state indefinitely. Sustainability has been expressed as meeting the need of the present without compromising the ability of future generations to meet human needs. 

Using the minimal resources for denim production like changing procedures or reducing one or two steps and even by using alternative chemicals & new technology are commonly treated as sustainability in denim washing. Eventually, cost of denim production may reduce if less water and bio degradable chemicals are used which is only possible through sustainable concept.

 Reason of seeking sustainability:

Global Aspects: Across the world 7.2 Billion Peoples in 2017 whereas 9 Billion people will be in 2050 or closer to that. To feed, give clothing and providing shelter for everyone does not come free. Everything has a cost. This cost to be brought by the environment.

According to total textile exchange, about 20% of industrial fresh water pollution comes from textile treatment and dyeing.

About 2700 liter of fresh water is used to make one cotton T-shirt. About 920 gallons water is used to make one jeans. Other textile products also consume huge amounts of energy and water in processing and finishing.

1 trillion kwh used by the global textile industry. This equals approximate 10% of global carbon impact.


Aspects of Bangladesh: It is estimated that in Bangladesh approximately 719 wet processing facilities including knit fabric dyeing and denim washing factories consume around 750 billion litres of groundwater annually. While in Bangladesh there are factories which are top of class, there are also indications of water consumption levels of 300 litres per kg of fabric – a figure which is approximately 3 times higher than the global average. 

High water consumption also comes with relatively high energy consumption, heating more water than strictly required in the dyeing process. This contributes to a set of water-related challenges, Bangladesh is also facing severe energy shortages. The country produces only about ¾ of its energy needs, requiring many fabric and garment manufacturers to generate their own. 

According to a study conducted by BUET (Bangladesh University of Engineering and Technology) that was published in The Dailystar the Textile Industries would be dumping 20,300 crore liters of untreated wastewater into the countries water bodies every year from 2021 if the present situation goin on. Thus the pollution would be threatening fisheries, biodiversity and groundwater. 

The untreated effluents could instigate quick changes in the aquatic ecosystems and may affect the life of fisheries. The water bodies might face increase of temperature due to warm wastewater that discharges into them and cause to high impact on flora and fauna. Dhaka, Narayanganj and Gazipur belt of textile industries are major deliver of the wastewater to the nearly waterbodies. Referring to another study, it said textile industries near the Shitalakkhya river discharge their untreated dye with heavy metals into the river. 

To meet the export value $50 billion by 2021 the manufacturers are intended to enlarge their business volume that eventually impacts on high discharge of wastewater.According to the Bangladesh Environment Conservation Act, 1995 the textile dyeing and washing industries are in "Red Category Industry", that are treated as most polluting. 

There is stringent rule by the Department of Environment that ETP is must to run any wet processing facility but many of the factories are yet to install the waste water treatment plant as running the ETP is expensive, approximately tk 20-35 crore needs to install an ETP plant. Both chemical and biological ETP (Effluent Treatment Plant) is mandatory and it has to be functional as well.


With this realization of need to have sustainable products and looking at huge impact of  textile industry on the environment – of which denim is the vital portion – the natural way forward is only devising new products, ways and processes which can help in reducing the environmental footprint of textiles. 

The main three pillars of the concept of Sustainable Denim Production are -

  • Environmental
  • Social
  • Economical

Taking this in consideration there are some methods, processes and technology are being applied to reduce the impact and to make sustainable Denim product. Some of them are as follows:

  • Single bath method
  • Ensure front loading machines that consume less whater
  • Equip laundry with modern washing machinery that enables to wash denim at low M:L ratio
  • Use water meter to 100% washing machine
  • Use EIM which is powered by Jeanologia
  • Ozone Fading
  • Use of green chemical
  • Ice blasting
  • Use of laser
  • Install functional chemical and biological ETP

You May Also like:



Sustainable Denim Washing | Reason Behind Seeking Sustainable Denim Production

Advertisements
Denim is one of the most polluting industries among all textile departments. Now a day’s, technologists are continuously trying to invent environmental and production friendly manufacturing facilities to avoid traditional procedures. Despite the ecological facts are involved this particular industry is growing rapidly than any other. Behind the giant denim industry the big issues are the huge quantity of secondhand trash, unusable stock, denim waste, high-consumption of water, hazardous chemicals and energy.

Denim is a dynamic, featuring field of fashion where the achievements of the science and new features of lifestyle are assumed in new styles. To understand the modern phenomenon of denim topic has to be accessed from different aspects. This field of fashion is rapidly growing business, thus continuous monitoring of the market is a must for all the professionals. 

Denim is also one of the biggest employers in the world. It is giving work to a lots of people: stakeholders in the textile, garment and fashion industry including small and medium enterprises and large companies, designers and creative personnel of leading global fashion houses and emerging brands, actors of the retail sector as well as there are huge interest of machinery makers, workers and technologists of the weaving mill and so on.

There is an effective cost saving aspect of sustainable denim project. In sustainability the uses of chemical and water are reduced along with energy reduction which is cost effective. For less chemical the extra cost is reducing and on the other hand less water gives less effluent which can help to save cost that involves in ETP management.

A recent study has shown that sustainable product has good quality in comparison overall conventional product. As example, for aggressive washes, where many of processes are involved, the more number of processes the more number of rejections will be, also falling of tearing strength is another concern.

The growing business of denim is becoming a threat to the environment and also unhygienic to the worker involved directly to washing. The uses of huge amount of water, hazardous chemicals and higher energy consumption are the key factors to deteriorate the condition of the environment. 

According to the prospect of reducing consumption of water, chemicals & energy and also to reduce impact of worker sustainability in denim washing has come to light in the world trend. Many of the big retailers are selling sustainable denim in the world market which is becoming more popular in EU and US market gradually.

To define sustainability we can say that this is the capability to maintain a certain process or state indefinitely. Sustainability has been expressed as meeting the need of the present without compromising the ability of future generations to meet human needs. 

Using the minimal resources for denim production like changing procedures or reducing one or two steps and even by using alternative chemicals & new technology are commonly treated as sustainability in denim washing. Eventually, cost of denim production may reduce if less water and bio degradable chemicals are used which is only possible through sustainable concept.

 Reason of seeking sustainability:

Global Aspects: Across the world 7.2 Billion Peoples in 2017 whereas 9 Billion people will be in 2050 or closer to that. To feed, give clothing and providing shelter for everyone does not come free. Everything has a cost. This cost to be brought by the environment.

According to total textile exchange, about 20% of industrial fresh water pollution comes from textile treatment and dyeing.

About 2700 liter of fresh water is used to make one cotton T-shirt. About 920 gallons water is used to make one jeans. Other textile products also consume huge amounts of energy and water in processing and finishing.

1 trillion kwh used by the global textile industry. This equals approximate 10% of global carbon impact.


Aspects of Bangladesh: It is estimated that in Bangladesh approximately 719 wet processing facilities including knit fabric dyeing and denim washing factories consume around 750 billion litres of groundwater annually. While in Bangladesh there are factories which are top of class, there are also indications of water consumption levels of 300 litres per kg of fabric – a figure which is approximately 3 times higher than the global average. 

High water consumption also comes with relatively high energy consumption, heating more water than strictly required in the dyeing process. This contributes to a set of water-related challenges, Bangladesh is also facing severe energy shortages. The country produces only about ¾ of its energy needs, requiring many fabric and garment manufacturers to generate their own. 

According to a study conducted by BUET (Bangladesh University of Engineering and Technology) that was published in The Dailystar the Textile Industries would be dumping 20,300 crore liters of untreated wastewater into the countries water bodies every year from 2021 if the present situation goin on. Thus the pollution would be threatening fisheries, biodiversity and groundwater. 

The untreated effluents could instigate quick changes in the aquatic ecosystems and may affect the life of fisheries. The water bodies might face increase of temperature due to warm wastewater that discharges into them and cause to high impact on flora and fauna. Dhaka, Narayanganj and Gazipur belt of textile industries are major deliver of the wastewater to the nearly waterbodies. Referring to another study, it said textile industries near the Shitalakkhya river discharge their untreated dye with heavy metals into the river. 

To meet the export value $50 billion by 2021 the manufacturers are intended to enlarge their business volume that eventually impacts on high discharge of wastewater.According to the Bangladesh Environment Conservation Act, 1995 the textile dyeing and washing industries are in "Red Category Industry", that are treated as most polluting. 

There is stringent rule by the Department of Environment that ETP is must to run any wet processing facility but many of the factories are yet to install the waste water treatment plant as running the ETP is expensive, approximately tk 20-35 crore needs to install an ETP plant. Both chemical and biological ETP (Effluent Treatment Plant) is mandatory and it has to be functional as well.


With this realization of need to have sustainable products and looking at huge impact of  textile industry on the environment – of which denim is the vital portion – the natural way forward is only devising new products, ways and processes which can help in reducing the environmental footprint of textiles. 

The main three pillars of the concept of Sustainable Denim Production are -

  • Environmental
  • Social
  • Economical

Taking this in consideration there are some methods, processes and technology are being applied to reduce the impact and to make sustainable Denim product. Some of them are as follows:

  • Single bath method
  • Ensure front loading machines that consume less whater
  • Equip laundry with modern washing machinery that enables to wash denim at low M:L ratio
  • Use water meter to 100% washing machine
  • Use EIM which is powered by Jeanologia
  • Ozone Fading
  • Use of green chemical
  • Ice blasting
  • Use of laser
  • Install functional chemical and biological ETP

You May Also like:



Advertisements



We frequently stuck on some points when we see any acronym on textile and garments industry. Below are the most important and common acronyms for entire textile supply chain. 



APEDA : Agricultural & Processed Food Products Export Development Authority, India

GOTS: Global Organic Textile Standard

BCI: Better Cotton Initiative

IVN: International Association Natural Textile Industry, Germany

JOCA: Japan Organic Cotton Association, Japan

OTA: Organic Trade Association, USA

SA: Soil Association, UK

EC: European Commission

ECHA: European Chemicals Agency

ETAD: Ecological and Toxicological Association of Dyes and Organic Pigments Manufacturing

GHS: Global Harmonized System

GLP: Good Laboratory Practice

IFOAM: International Federation of Organic Agriculture MOvements

ILO: International Labour Organization

IOAS: International Organic Accreditation Service

ISO: International Organization for Standardization

IUCN: International Union for Conservation of Nature

OECD: Organization of Economic Cooperation and Development

REACH: EC Regulation regarding Registration, Evaluation, Authorization and Restriction of Chemicals

USDA: United States Department of Agriculture

BS: British Standard

AQL: Acceptable Quality Level

BCIRA: British Cotton Industries Research Assiciation

AAQC: American Association of Quality Control

HVI: High Volume Instrument

BCA: Bangladesh Cotton Association

ICA: International Cotton Association

PTEA: Pakistan Textile Exporter Assciation

APTMA: All Pakistan Textile Mills Association

CFIB: China Fiber Inspection Bureau

ICAC: International Cotton Advisory Committee

SITC: Standardized Instrument for Testing Cotton

CDA: Cotton Development Administration

OCS: Organic Content Standard

TE: Textile Exchange

CB: Certification Body

IMS: Industrial Management System

KPI: Key Performance Indicator

LC: Letter of Credit

LDC: Least Development Country

TQM: Total Quality Management

EC50: Effect Concentration (50%)

LC50: Lethal Concentration (50% mortality)

AOX: Absorbable halogenated hydrocarbons and substances that can cause their formation

APEO: Alkylphenolethoxylates

BBP: Benzylbutyl Pthalate

BOD: Biological Oxygen Demand

COD: Chemical Oxygen Demand

DBT: Dibutyltin

DBP: Dibutyl phthalate

DEHP: Diethyhexyl phthalate

DPP: Diethylphthalate

DINP: Disonoyl Phthalate

GMO: Genetically Modified Organisms

PVC: Polyvinyl Chloride

DPT: Dipropyltin


You May Also Like:


 

Important Abbreviations On Textile and Garments | Common Acronyms on Textiles

Advertisements


We frequently stuck on some points when we see any acronym on textile and garments industry. Below are the most important and common acronyms for entire textile supply chain. 



APEDA : Agricultural & Processed Food Products Export Development Authority, India

GOTS: Global Organic Textile Standard

BCI: Better Cotton Initiative

IVN: International Association Natural Textile Industry, Germany

JOCA: Japan Organic Cotton Association, Japan

OTA: Organic Trade Association, USA

SA: Soil Association, UK

EC: European Commission

ECHA: European Chemicals Agency

ETAD: Ecological and Toxicological Association of Dyes and Organic Pigments Manufacturing

GHS: Global Harmonized System

GLP: Good Laboratory Practice

IFOAM: International Federation of Organic Agriculture MOvements

ILO: International Labour Organization

IOAS: International Organic Accreditation Service

ISO: International Organization for Standardization

IUCN: International Union for Conservation of Nature

OECD: Organization of Economic Cooperation and Development

REACH: EC Regulation regarding Registration, Evaluation, Authorization and Restriction of Chemicals

USDA: United States Department of Agriculture

BS: British Standard

AQL: Acceptable Quality Level

BCIRA: British Cotton Industries Research Assiciation

AAQC: American Association of Quality Control

HVI: High Volume Instrument

BCA: Bangladesh Cotton Association

ICA: International Cotton Association

PTEA: Pakistan Textile Exporter Assciation

APTMA: All Pakistan Textile Mills Association

CFIB: China Fiber Inspection Bureau

ICAC: International Cotton Advisory Committee

SITC: Standardized Instrument for Testing Cotton

CDA: Cotton Development Administration

OCS: Organic Content Standard

TE: Textile Exchange

CB: Certification Body

IMS: Industrial Management System

KPI: Key Performance Indicator

LC: Letter of Credit

LDC: Least Development Country

TQM: Total Quality Management

EC50: Effect Concentration (50%)

LC50: Lethal Concentration (50% mortality)

AOX: Absorbable halogenated hydrocarbons and substances that can cause their formation

APEO: Alkylphenolethoxylates

BBP: Benzylbutyl Pthalate

BOD: Biological Oxygen Demand

COD: Chemical Oxygen Demand

DBT: Dibutyltin

DBP: Dibutyl phthalate

DEHP: Diethyhexyl phthalate

DPP: Diethylphthalate

DINP: Disonoyl Phthalate

GMO: Genetically Modified Organisms

PVC: Polyvinyl Chloride

DPT: Dipropyltin


You May Also Like:


 
Advertisements

To sew apparels sewing machines are must that is used to stitch fabric and other materials together with the thread. Industrial sewing machines were invented during the first industrial revolution to minimize the human effort and save time in the year 1790 by Thomas Saint. After the invention it has become the most useful element of garment industry and now various types of them are already launched in commercial market. To get rid of human hand stitching sewing machine was invented though now it has become automated. It has given better efficiency and productivity to the manufacturing industries. Some China, Japan or Korean company have launched various types of sewing machine and it's further development is still on process. In each year we are being known to some new features of this machine, but still we need to know about the basic elements of a sewing machine and their function.

Different Parts of A Sewing Machine:


Image: Sewing machine and it's different parts




Foot Pedal:

It is a common element of sewing machine that controls the relatve speed of the machine depends on the force applied on it. For any high speed modern sewing machine speed can be adjusted by a push up button thus foot pedal is not the functional one for them.

Image: Foot Pedal


Power Cord and Switch:

Now a days industrial sewing machines are run by electrical power so to get constant supplier of electricity power cord is to be set with the machine precisely. There is a on or off switch button to function it.


Image: Power cord and switch


Hand Wheel:

It controls the movement of sewing needle as it used to lift up and down the need as per requirement to place the fabric cut panels beneath the tip. There is a clutch knob inside the wheel which acts as a safety measure of it and helps to avoid the needle from jabbing up and down during bobbin winding



Image: Hand Wheel


Reverse Lever:

In a sewing machine it is placed at the front of it and is used to give secure stitch at the end of any stitch. Sometimes we call this operation as tack of the stitch.



Image: Reverse Lever


Spool Pin and Holder:

Function of this pin is to hold the cone/any other package of sewing thread. Besides, it helps to control the thread direction and tension while it goes under operation of sewing.
Image: Spool pin and holder

Bobbin Winder:

Before placing the bobbin into case it is filled up with threads and the function is done through a bobbin winder.An empty bobbin can wind at less than one minute by a winder. It is usually placed at right top corner of the machine.



Image: Bobbin Winder

Pattern Selector and Stitch Length Adjustment:

It functions to select the type of the stitch to be given on the fabric. Like straight lock stitch, zigzag stitch it helps to control the stitch length thus SPI is controlled. It depends on the machine that how much variation can be done to sew any garment.

Length determiners is sit beside the pattern selector and it determines the length of the stitch. The length range is about to 0-4 where 0 is the shortest stitch and 4 is the longest one. This adjustment takes place at the feed dog.

Image: Pattern Selector and Stitch Length Adjuster


Tension Disc:

Tension tension determines the looseness or firmness of the given stitch where tension disc controls the pressure applied to the thread for uniform feed to the machine needle. The basic funcsions of this device is -

  • Correct placement of the thread to the needle
  • Regulate the flow of the thread
  • Execute the stitching operation smoothly
  • Ensure the thread passage properly

There are of two different types device as direct tension device and indirect tension device. In high speed modern sewing machine, the tension dial with numbers graduated on it is used for varying the tension. The higher the number the greater the tension and vice versa. To get straight seam line tension needs to be adjusted correctly.

Image: Tension Disc


Needle and Needle Clamp:

The needle fits into the needle bar that holds it in place with a small screw. The clamp is really required to fix up the needle in correct place.

Image: Needle and Needle Clamp


Take up Lever:

This lever moves up and down direction during the stitch formation to give the supply of thread while the loop is formed and taken back the needle thread after each stitching to set the stitch. Thread tension is also maintained at optimum level by this lever.

 Image: Take Up Lever

Presser Foot:

The pressure foot is very important element to perform the stitch. It helps to grab the fabric and place to the feed dog, thus the feed dog moves the fabric through out the machine. A downward pressure is applied by this device on the material.



 Image: Presser Foot


Presser Dial:

The presser dial determines the amount of pressure to be applied on the fabric by the presser foot. The most light weight fabric needs maximum amount of presser to control the fabric in better way and thus vice versa.


 Image: Presser Dial

Presser Foot Lever:

Functionally presser foot lever moves up and down to engage and disengage the presser foot on to the fabric respectively

 
Image: Presser Foot Lever

 Feed Dog:

This is the another most important part of sewing machine which looks like teeth that function in combination with the presser foot to move forward the fabric after performing one stitch. SPI is also be set that is regulated by the feed dog.


 Image: Feed Dog


Face Plate:

It is just a cover that conceals all the internal working elements of the machine.





Image: Face Plate


Throat Plate:

It's the upper part that covers the bobbin and the feed dog so that whole of the elect does not see from out side. It contains some slot for the feed dog and there is a hole to pass through the need to catch the bobbin thread.





Image: Throat plate



Bobbin Case:

The bobbins are set into the bobbin case manually and then set it with the machine. This is placed under the needle plate and usually has a piece of plastic that flips up tot cover the bobbin case when sewing is not performed.

 Image: Bobbin Case

Bobbin:

A small package that is winded to carry out the sewing thread and is fitted into the bobbin case. Bobbin winder is used to filled it up and thread is evenly distributed while stitching is performed.


Image: Bobbin

You Can Also Like:

Parts of Garments Sewing Machines | Function of Clothing Sewing Machines

Advertisements
To sew apparels sewing machines are must that is used to stitch fabric and other materials together with the thread. Industrial sewing machines were invented during the first industrial revolution to minimize the human effort and save time in the year 1790 by Thomas Saint. After the invention it has become the most useful element of garment industry and now various types of them are already launched in commercial market. To get rid of human hand stitching sewing machine was invented though now it has become automated. It has given better efficiency and productivity to the manufacturing industries. Some China, Japan or Korean company have launched various types of sewing machine and it's further development is still on process. In each year we are being known to some new features of this machine, but still we need to know about the basic elements of a sewing machine and their function.

Different Parts of A Sewing Machine:


Image: Sewing machine and it's different parts




Foot Pedal:

It is a common element of sewing machine that controls the relatve speed of the machine depends on the force applied on it. For any high speed modern sewing machine speed can be adjusted by a push up button thus foot pedal is not the functional one for them.

Image: Foot Pedal


Power Cord and Switch:

Now a days industrial sewing machines are run by electrical power so to get constant supplier of electricity power cord is to be set with the machine precisely. There is a on or off switch button to function it.


Image: Power cord and switch


Hand Wheel:

It controls the movement of sewing needle as it used to lift up and down the need as per requirement to place the fabric cut panels beneath the tip. There is a clutch knob inside the wheel which acts as a safety measure of it and helps to avoid the needle from jabbing up and down during bobbin winding



Image: Hand Wheel


Reverse Lever:

In a sewing machine it is placed at the front of it and is used to give secure stitch at the end of any stitch. Sometimes we call this operation as tack of the stitch.



Image: Reverse Lever


Spool Pin and Holder:

Function of this pin is to hold the cone/any other package of sewing thread. Besides, it helps to control the thread direction and tension while it goes under operation of sewing.
Image: Spool pin and holder

Bobbin Winder:

Before placing the bobbin into case it is filled up with threads and the function is done through a bobbin winder.An empty bobbin can wind at less than one minute by a winder. It is usually placed at right top corner of the machine.



Image: Bobbin Winder

Pattern Selector and Stitch Length Adjustment:

It functions to select the type of the stitch to be given on the fabric. Like straight lock stitch, zigzag stitch it helps to control the stitch length thus SPI is controlled. It depends on the machine that how much variation can be done to sew any garment.

Length determiners is sit beside the pattern selector and it determines the length of the stitch. The length range is about to 0-4 where 0 is the shortest stitch and 4 is the longest one. This adjustment takes place at the feed dog.

Image: Pattern Selector and Stitch Length Adjuster


Tension Disc:

Tension tension determines the looseness or firmness of the given stitch where tension disc controls the pressure applied to the thread for uniform feed to the machine needle. The basic funcsions of this device is -

  • Correct placement of the thread to the needle
  • Regulate the flow of the thread
  • Execute the stitching operation smoothly
  • Ensure the thread passage properly

There are of two different types device as direct tension device and indirect tension device. In high speed modern sewing machine, the tension dial with numbers graduated on it is used for varying the tension. The higher the number the greater the tension and vice versa. To get straight seam line tension needs to be adjusted correctly.

Image: Tension Disc


Needle and Needle Clamp:

The needle fits into the needle bar that holds it in place with a small screw. The clamp is really required to fix up the needle in correct place.

Image: Needle and Needle Clamp


Take up Lever:

This lever moves up and down direction during the stitch formation to give the supply of thread while the loop is formed and taken back the needle thread after each stitching to set the stitch. Thread tension is also maintained at optimum level by this lever.

 Image: Take Up Lever

Presser Foot:

The pressure foot is very important element to perform the stitch. It helps to grab the fabric and place to the feed dog, thus the feed dog moves the fabric through out the machine. A downward pressure is applied by this device on the material.



 Image: Presser Foot


Presser Dial:

The presser dial determines the amount of pressure to be applied on the fabric by the presser foot. The most light weight fabric needs maximum amount of presser to control the fabric in better way and thus vice versa.


 Image: Presser Dial

Presser Foot Lever:

Functionally presser foot lever moves up and down to engage and disengage the presser foot on to the fabric respectively

 
Image: Presser Foot Lever

 Feed Dog:

This is the another most important part of sewing machine which looks like teeth that function in combination with the presser foot to move forward the fabric after performing one stitch. SPI is also be set that is regulated by the feed dog.


 Image: Feed Dog


Face Plate:

It is just a cover that conceals all the internal working elements of the machine.





Image: Face Plate


Throat Plate:

It's the upper part that covers the bobbin and the feed dog so that whole of the elect does not see from out side. It contains some slot for the feed dog and there is a hole to pass through the need to catch the bobbin thread.





Image: Throat plate



Bobbin Case:

The bobbins are set into the bobbin case manually and then set it with the machine. This is placed under the needle plate and usually has a piece of plastic that flips up tot cover the bobbin case when sewing is not performed.

 Image: Bobbin Case

Bobbin:

A small package that is winded to carry out the sewing thread and is fitted into the bobbin case. Bobbin winder is used to filled it up and thread is evenly distributed while stitching is performed.


Image: Bobbin

You Can Also Like:

Advertisements

Quality means customer demands to be met. Any failure to maintain an adequate quality standard can be therefore be unsuccessful. Cost is involved to maintain an required standard of quality. In the garment industry quality control is practiced just right after in house fabric and all other materials in a production facility. It also can define as quality control that starts from the initial stage of sourcing raw materials to the stage of final finished goods. For whole textile industry quality of the product is calculated in terms of quality and standard of fiber, yarns, fabric construction, color or shade matching, color fastness, design and the appearance or look of final finished garments. Also the quality standards depend on the type of the customer segments and the retail outlets.

The ultimate customer of a garment look at the quality and appearance of the product at first place. Thus, to satisfy customer needs quality standard must be followed. Supplier can't produce and ship out garments according to their own wish as according to the purchase agreement, buyer can penalize supplier for delivering any defective garments.Buyer lost their faith on supplier if they do the things. Therefore it's suppliers responsibility to take care of whole production and ensure quality goods.Most of the cases, respective buying QC conducts the final inspection before delivering the goods. Whatever defects found in the final inspection, it is the result and cumulative figure of previous processes. Thus, it is very important to rectify defective garments before offering any final inspection.

Reason of producing defective garments:

There are lot of people and machines are involved in producing any garment. So there is an absolute scope of producing defective garments because of incorrect machine operation or handling of human. But, still the manufacturers have opportunity to rectify the faulty pieces though it is costly and time consuming. To make the garment production efficient maintaining good quality the checking points and methods must be followed.

The Major quality measuring points:

Fabric Store:
Fabrics are inspected fully or partially according to the international fabric inspection methods. Before issuing fabric to the cutting unit inspection is completed. Since it is the main raw material of a garment, no manufacturer compromise to check and ensure the quality.In most of the cases 10% fabrics are checked whereas for power loom and printed fabric almost 100% fabrics are checked.Among all the methods 4 point system is popular and mostly used.
Common check list of this section-
  • Fabric roll to roll shade check.
  • Fabric GSM check.
  • Fabric color mistake check.
  • Yarn contamination or foreign yarn Check.
  • Selvedge or running shade check for solid dyed fabric
  • Fabric blanket check after washing in case of woven and denim garments.
  • Fabric width check with the PI
  • Make shade range and get confirmation from buyer agents

Cutting Section:
Commonly cutting is the heart of bulk production. To avoid defects fabric needs to be cut precisely.
Quality check list of this section-
  • Double check the pattern and the marker
  • Check the knife of the cutter before starting cutting
  • Fabric lay check
  • Cut panel check
  • Size mistake check
  • Mixed shade check at cut panel and replace it

Trims and Accessories check:

It is very important to check the quality of trims as well because for a small item whole garment might be rejected. If there is any incorrect items and missing items found in checking then corrective steps can be taken immediately.

The check list for this section -

  • Approved trims card check and confirm.
  • Main, Size & Care Label Check.
  • Care symbol check based on tech pack
  • Thread color, count and quality check.
  • All kinds of hang tag & price ticket heck. 

Sewing Section:
Quality checking in sewing section starts through size set sample making. With correct size set manufacturers and buying QC together conduct the PP meeting before starting bulk production. During PPM, samples are checked with buyer approved PP sample or counter sample. Major mistakes and quality concern are highlighted in the meeting so that bulk goods satisfy the buyer standard. PP meeting is so important as before sewing whatever corrective action plan can be taken otherwise whole production will be rejected or subjected to have rectification.

Then quality is checked in pilot run garments or trial cut garments to ensure whatever findings were in size set that are corrected now. Then inline inspection is done based on buyers AQL (Acceptable Quality Limit). Each sewing line one quality check point is present where assembled garments are taken for checking by factory quality checker or GPQ (Guideline for Production and Quality). Also in assembly line check points are kept for the critical operations. In these checkpoints, 100% checking is done for partially or fully stitched garments and defect free pieces are forwarded to the subsequent process.
The major check points of this section are:

  • Approved PP/counter sample & measurement sheet check, also check the final comments from buyer.
  • Sample wise input check.
  • Approved trims card check.
  • Styling check based on approved sample
  • All machine thread tension check.
  • Print & Embroidery placement check.
  • All process measurement check.
  • All machine oil spot check.
  • All process SPI (Stitch Per Inch) check as per customer demand
  • Part shading, bundle mistake & size mistake check.
  • Need to balance the sewing tension precisely 
  • Front part, back part, sleeve & thread shading check.
  • SPI check for all process.
  • Main, size and care label check.
  • All process alter check.


Print/Embroidery Check:
These are not compulsory process for all styles but where it is required must be checked before forwarding them to next process. If printing is done in fabric mill then it is checked by store and if printing is done on cut panel then it is checked before sewing. For knit garments, mostly printing is done on cut panels. So before issuing cutting to sewing department each panel should be checked properly. If any defect is found on cut panel then it must be replaced by new one but it must be kept in mind that replaced cut panels shade should be identical to the other portion of that garment.

Like printing, embroidery is also checked and ensure 100% correct panels are being forwarded to next process.

The Check lists are-
  • Approved sample or artwork wise bulk garment print & embroidery design check.
  • Size wise approved pattern and placement check.
  • Print design, color & quality check.
  • Bundle & size wise print/embroidery check.

Finishing Section:

At finished garments quality is checked before packing. If all the previous check point works properly then quality goods will come in finishing section. Some processes are involed in finishing like button attachment, Hang Tag, Waist Card or other accessories attachemnt so the quality check point in this section should be strong. Before forwarding the garments for packing they go through ironing.

Here, initial finishing inspection, pre-final inspection and final inspection are conducted after finishing and packing the goods. All inspections are conducted by buying QC or assigned designated person of respective factory.

Below are the check lists of this section-
  • Full styling check once again based on approved sample
  • All garments shade check before starting finishing
  • Print/Embroider and other sewing trims check
  • All process stitching quality check
  • Keep separately if there is any dirty or oil spotted garment
  • All label and finishing accessories attachment and quality check
  • Reject the pieces containing too much frying at inside of garments because of faulty over lock machine operation
  • Remove flying dust, hairiness and uncut threads from the surface of the garment
  • All points measurement check properly
  • Check the manual before attaching hang tags and fold the garments
  • Pack the garments based on customer demand as it may be single or blister pack
  • Do cartooning carefully and keep them for final inspection

Garments Quality Checkig in Production | Check list of Garments Quality

Advertisements
Quality means customer demands to be met. Any failure to maintain an adequate quality standard can be therefore be unsuccessful. Cost is involved to maintain an required standard of quality. In the garment industry quality control is practiced just right after in house fabric and all other materials in a production facility. It also can define as quality control that starts from the initial stage of sourcing raw materials to the stage of final finished goods. For whole textile industry quality of the product is calculated in terms of quality and standard of fiber, yarns, fabric construction, color or shade matching, color fastness, design and the appearance or look of final finished garments. Also the quality standards depend on the type of the customer segments and the retail outlets.

The ultimate customer of a garment look at the quality and appearance of the product at first place. Thus, to satisfy customer needs quality standard must be followed. Supplier can't produce and ship out garments according to their own wish as according to the purchase agreement, buyer can penalize supplier for delivering any defective garments.Buyer lost their faith on supplier if they do the things. Therefore it's suppliers responsibility to take care of whole production and ensure quality goods.Most of the cases, respective buying QC conducts the final inspection before delivering the goods. Whatever defects found in the final inspection, it is the result and cumulative figure of previous processes. Thus, it is very important to rectify defective garments before offering any final inspection.

Reason of producing defective garments:

There are lot of people and machines are involved in producing any garment. So there is an absolute scope of producing defective garments because of incorrect machine operation or handling of human. But, still the manufacturers have opportunity to rectify the faulty pieces though it is costly and time consuming. To make the garment production efficient maintaining good quality the checking points and methods must be followed.

The Major quality measuring points:

Fabric Store:
Fabrics are inspected fully or partially according to the international fabric inspection methods. Before issuing fabric to the cutting unit inspection is completed. Since it is the main raw material of a garment, no manufacturer compromise to check and ensure the quality.In most of the cases 10% fabrics are checked whereas for power loom and printed fabric almost 100% fabrics are checked.Among all the methods 4 point system is popular and mostly used.
Common check list of this section-
  • Fabric roll to roll shade check.
  • Fabric GSM check.
  • Fabric color mistake check.
  • Yarn contamination or foreign yarn Check.
  • Selvedge or running shade check for solid dyed fabric
  • Fabric blanket check after washing in case of woven and denim garments.
  • Fabric width check with the PI
  • Make shade range and get confirmation from buyer agents

Cutting Section:
Commonly cutting is the heart of bulk production. To avoid defects fabric needs to be cut precisely.
Quality check list of this section-
  • Double check the pattern and the marker
  • Check the knife of the cutter before starting cutting
  • Fabric lay check
  • Cut panel check
  • Size mistake check
  • Mixed shade check at cut panel and replace it

Trims and Accessories check:

It is very important to check the quality of trims as well because for a small item whole garment might be rejected. If there is any incorrect items and missing items found in checking then corrective steps can be taken immediately.

The check list for this section -

  • Approved trims card check and confirm.
  • Main, Size & Care Label Check.
  • Care symbol check based on tech pack
  • Thread color, count and quality check.
  • All kinds of hang tag & price ticket heck. 

Sewing Section:
Quality checking in sewing section starts through size set sample making. With correct size set manufacturers and buying QC together conduct the PP meeting before starting bulk production. During PPM, samples are checked with buyer approved PP sample or counter sample. Major mistakes and quality concern are highlighted in the meeting so that bulk goods satisfy the buyer standard. PP meeting is so important as before sewing whatever corrective action plan can be taken otherwise whole production will be rejected or subjected to have rectification.

Then quality is checked in pilot run garments or trial cut garments to ensure whatever findings were in size set that are corrected now. Then inline inspection is done based on buyers AQL (Acceptable Quality Limit). Each sewing line one quality check point is present where assembled garments are taken for checking by factory quality checker or GPQ (Guideline for Production and Quality). Also in assembly line check points are kept for the critical operations. In these checkpoints, 100% checking is done for partially or fully stitched garments and defect free pieces are forwarded to the subsequent process.
The major check points of this section are:

  • Approved PP/counter sample & measurement sheet check, also check the final comments from buyer.
  • Sample wise input check.
  • Approved trims card check.
  • Styling check based on approved sample
  • All machine thread tension check.
  • Print & Embroidery placement check.
  • All process measurement check.
  • All machine oil spot check.
  • All process SPI (Stitch Per Inch) check as per customer demand
  • Part shading, bundle mistake & size mistake check.
  • Need to balance the sewing tension precisely 
  • Front part, back part, sleeve & thread shading check.
  • SPI check for all process.
  • Main, size and care label check.
  • All process alter check.


Print/Embroidery Check:
These are not compulsory process for all styles but where it is required must be checked before forwarding them to next process. If printing is done in fabric mill then it is checked by store and if printing is done on cut panel then it is checked before sewing. For knit garments, mostly printing is done on cut panels. So before issuing cutting to sewing department each panel should be checked properly. If any defect is found on cut panel then it must be replaced by new one but it must be kept in mind that replaced cut panels shade should be identical to the other portion of that garment.

Like printing, embroidery is also checked and ensure 100% correct panels are being forwarded to next process.

The Check lists are-
  • Approved sample or artwork wise bulk garment print & embroidery design check.
  • Size wise approved pattern and placement check.
  • Print design, color & quality check.
  • Bundle & size wise print/embroidery check.

Finishing Section:

At finished garments quality is checked before packing. If all the previous check point works properly then quality goods will come in finishing section. Some processes are involed in finishing like button attachment, Hang Tag, Waist Card or other accessories attachemnt so the quality check point in this section should be strong. Before forwarding the garments for packing they go through ironing.

Here, initial finishing inspection, pre-final inspection and final inspection are conducted after finishing and packing the goods. All inspections are conducted by buying QC or assigned designated person of respective factory.

Below are the check lists of this section-
  • Full styling check once again based on approved sample
  • All garments shade check before starting finishing
  • Print/Embroider and other sewing trims check
  • All process stitching quality check
  • Keep separately if there is any dirty or oil spotted garment
  • All label and finishing accessories attachment and quality check
  • Reject the pieces containing too much frying at inside of garments because of faulty over lock machine operation
  • Remove flying dust, hairiness and uncut threads from the surface of the garment
  • All points measurement check properly
  • Check the manual before attaching hang tags and fold the garments
  • Pack the garments based on customer demand as it may be single or blister pack
  • Do cartooning carefully and keep them for final inspection

Advertisements

Sewing threads are basic element of making any kind of apparel so it it highly needed to calculate actual consumption for making any item. Today's market is very competitive so merchandiser's should give attention on thread consumption also. Sometimes merchandiser's ignore this issue with little importance but for sustainable business policy you have to maintain accuracy in all portions and ensure the least wastage as well.

There is a basic formula for doing this thing with less effort and time.In that formula you will get multiplying factors according to machine type and stitch class. To determine thread consumption you just need to multiply seam length with that factors. This way one can estimate total thread requirement for making a garment.

Thread consumption depends on following factors-

  • Style of the garment
  • Types of stitch used
  • Stitch per inch (SPI)
  • Garments size/measurements
  • Seam thickness
  • Thread tension
  • Thread count


The standard formula belongs according to the below procedures...

  • Find out stitches of various classes
  • Measure the length of each type of stitch
  • Measure the length of sewing thread/inch stitch
  • Calculate total thread in length for each stitch
  • Summarized the total thread for all stitches

Thread consumption ratios as per coats international:




Some basic consumptions are given below:


Item
Thread Consumption per body
Basic t-shirt
125 mtr
Basic polo shirt
180 mtr
Basic long sleeve shirt
150 mtr
Basic short sleeve woven shiirt
125 mtr
Basic shorts
350 mtr
Classic short
450 mtr
Basic long pants
350 mtr
Classic long pants
450 mtr
Basic short all
350 mtr
Basic overall
400 mtr
Padded coverall
450 mtr
Basic romper
200 mtr
Skirt
300 mtr
Panty
50 mtr
Brief
100 mtr
Brassier
150 mtr
Tank top
50 mtr
Denim 5pkt pant
400 mtr
Denim jacket
450 mtr
Twill jacket
450 mtr

Sewing Thread Consumption Procedure | Thread Calculation for Garments Costing

Advertisements
Sewing threads are basic element of making any kind of apparel so it it highly needed to calculate actual consumption for making any item. Today's market is very competitive so merchandiser's should give attention on thread consumption also. Sometimes merchandiser's ignore this issue with little importance but for sustainable business policy you have to maintain accuracy in all portions and ensure the least wastage as well.

There is a basic formula for doing this thing with less effort and time.In that formula you will get multiplying factors according to machine type and stitch class. To determine thread consumption you just need to multiply seam length with that factors. This way one can estimate total thread requirement for making a garment.

Thread consumption depends on following factors-

  • Style of the garment
  • Types of stitch used
  • Stitch per inch (SPI)
  • Garments size/measurements
  • Seam thickness
  • Thread tension
  • Thread count


The standard formula belongs according to the below procedures...

  • Find out stitches of various classes
  • Measure the length of each type of stitch
  • Measure the length of sewing thread/inch stitch
  • Calculate total thread in length for each stitch
  • Summarized the total thread for all stitches

Thread consumption ratios as per coats international:




Some basic consumptions are given below:


Item
Thread Consumption per body
Basic t-shirt
125 mtr
Basic polo shirt
180 mtr
Basic long sleeve shirt
150 mtr
Basic short sleeve woven shiirt
125 mtr
Basic shorts
350 mtr
Classic short
450 mtr
Basic long pants
350 mtr
Classic long pants
450 mtr
Basic short all
350 mtr
Basic overall
400 mtr
Padded coverall
450 mtr
Basic romper
200 mtr
Skirt
300 mtr
Panty
50 mtr
Brief
100 mtr
Brassier
150 mtr
Tank top
50 mtr
Denim 5pkt pant
400 mtr
Denim jacket
450 mtr
Twill jacket
450 mtr
Advertisements

Man does not buy garments for temporary or one time used. When we use garments they become dirty and needs to washed off. All types of garment should not wash with general soap or detergent. Some garments need not wash, they are typically dry cleaned and some are washed but not apply in chlorine bleach or any other solvents. Water temperature is also another factor for garment washing because there might be some decorative elements which will be destroyed. So garments should be washed with the specific care instructions suggest by the seller normally. 

To take care of garments there are some symbols and details  which are recognized internationally and they are used in garment care labels. These symbols are usually known as garment care labeling code or symbols.

At a minimum, laundering instructions include, in order, four symbols: washing, bleaching, drying, and ironing. Dry cleaning instructions include one symbol. Additional symbols or words or both may be used to clarify the instructions. The water temperatures listed are provided as a guideline. Actual water temperatures obtained in the home depend on the washing machine settings (hot, warm, cold), regional water supply temperatures, and water heating settings.

To assist consumers in getting information about clothing care, the Federal Trade Commission in 1971 issued the Care Labeling Rule. This Rule requires manufacturers and importers to attach care instructions to garment. A revised version of this Rule became effective on January 2, 1984. The revisions to the Rule were based on information gathered by the Commission through public hearings and written comments. Data revealed that while consumers found care labels to be useful, they also believed labels were often incomplete, inaccurate, and inconsistent.

The revised version of the Rule makes no major modifications. rather, the changes clarify the Rule requirements and simplify the Rule language. The Commission anticipates that these changes will make it easier for industry to comply with the Rule. In turn, consumers will benefit from clearer and more complete care instructions.

Care labels often are a deciding factor when consumers shop for clothing. While some are looking for the convenience of dry cleaning, others prefer the economy of buying garments they can wash. Some manufacturers try to reach both markets with garments that can be cleaned by either method. The Rule allows you to provide more than one set of care instructions, if you have a reasonable basis for each instruction.

The Federal Trade Commission has developed this business manual to assist you in understanding and complying with the Rule. If you have questions not addressed in this booklet, write to the Federal Trade Commission, Enforcement Division. Bureau of Consumer Protection, Washington, D. C. 20580.

Wash Care Symbols and Details



Bleaching Care Symbols 



Drying Care Symbols



Dry Cleaning Symbols



 Ironing Symbols

International Wash Care Instructions Used in Garment | Home Laundering and Drycleaning Symbols for Clothing

Advertisements
Man does not buy garments for temporary or one time used. When we use garments they become dirty and needs to washed off. All types of garment should not wash with general soap or detergent. Some garments need not wash, they are typically dry cleaned and some are washed but not apply in chlorine bleach or any other solvents. Water temperature is also another factor for garment washing because there might be some decorative elements which will be destroyed. So garments should be washed with the specific care instructions suggest by the seller normally. 

To take care of garments there are some symbols and details  which are recognized internationally and they are used in garment care labels. These symbols are usually known as garment care labeling code or symbols.

At a minimum, laundering instructions include, in order, four symbols: washing, bleaching, drying, and ironing. Dry cleaning instructions include one symbol. Additional symbols or words or both may be used to clarify the instructions. The water temperatures listed are provided as a guideline. Actual water temperatures obtained in the home depend on the washing machine settings (hot, warm, cold), regional water supply temperatures, and water heating settings.

To assist consumers in getting information about clothing care, the Federal Trade Commission in 1971 issued the Care Labeling Rule. This Rule requires manufacturers and importers to attach care instructions to garment. A revised version of this Rule became effective on January 2, 1984. The revisions to the Rule were based on information gathered by the Commission through public hearings and written comments. Data revealed that while consumers found care labels to be useful, they also believed labels were often incomplete, inaccurate, and inconsistent.

The revised version of the Rule makes no major modifications. rather, the changes clarify the Rule requirements and simplify the Rule language. The Commission anticipates that these changes will make it easier for industry to comply with the Rule. In turn, consumers will benefit from clearer and more complete care instructions.

Care labels often are a deciding factor when consumers shop for clothing. While some are looking for the convenience of dry cleaning, others prefer the economy of buying garments they can wash. Some manufacturers try to reach both markets with garments that can be cleaned by either method. The Rule allows you to provide more than one set of care instructions, if you have a reasonable basis for each instruction.

The Federal Trade Commission has developed this business manual to assist you in understanding and complying with the Rule. If you have questions not addressed in this booklet, write to the Federal Trade Commission, Enforcement Division. Bureau of Consumer Protection, Washington, D. C. 20580.

Wash Care Symbols and Details



Bleaching Care Symbols 



Drying Care Symbols



Dry Cleaning Symbols



 Ironing Symbols

Advertisements

Costing is very important for getting an order as well as it focuses the future trends of any industry. To make a effective, profitable and competitive cost sheet one must know about all the processes involves in garments manufacturing very well. All the updated news and costs of fabric, CM of particular garments, trims, wash cost, embroidery cost, traveling cost, terms of payments must be known. Merchandiser is the key person who is responsible for the costing of any item. Now the world is becoming more competitive for garments market and manufacturing as well. So a competitive cost sheet of any item affect the growth of any company.While the industry recorded a remarkable growth in a protected market environment, it faces a series of challenges that have come to the fore in the post-quota situation, notably in areas such as:

  • Price competitiveness.
  • Faster lead times.
  • High raw material base.
  • Full service offering.
  • Access to market. "A Cost is the value of economic resources used as a result of producing or doing the things costed".

Garments costing is effectively dependent on the fabrication. We all know that there are main two types of garments are available, knit and woven. Fabric consumption is one of the main element of garments costing. You can save much with doing better fabric consumption for both woven and knit. Woven fabrics are generally calculated in yards and knit fabrics are in kgs.



The basic requirements of garments costing are-
  • Fabric Consumption
  • CM of  particular styles
  • Printing cost
  • Embroidery cost
  • Wash cost
  • Trims cost(Zipper, button, Label, Tape etc)
  • Accessories cost (Tag pin, Hanger, Price Ticket, Hang Tag etc)
  • Traveling cost

 Now the thing is that how will you get those things to make a cost sheet. For fabric consumption you can follow the consumption formulas to find out how many fabrics are required for a garment and the measurement you will get from the techpack given by buyer. Now for CM you can get assist from your manager of higher management to get a effective CM. For wash cost please see the costing manual given by buyer and for printing and embroidery will depend on styles. For trims and accessories you must follow the BOM (Bill Of Materials) given by buyer for a specific style. I am sharing a BOM with you to know well.

BOM(Bill of Materials)
Now you required a costing sheet or format where you put the item name and values to get the final FOB of a style.A well decorated cost sheet makes the job easier and faster.If you use a cost sheet there is a less chance to miss any particular costing heads when you are in hurry. Many times it is needed to know how we reach to the final FOB. A well designed cost sheet will help you trace all details of costing. Cost sheet will also gives cost break up for future reference.

If you have product technical sheet then you can calculate the exact fabric consumption of a garment. Average fabric consumption also depends on nature of the fabric, like tubular or open width fabric. Whether fabric is solid colored, check or stripe or any specific design repeat required. 

Knit Garments Costing Sheet Format:



 Woven Garments Costing Sheet Format:



 If anyone needs to get the excel format please mil me on fkweb24@gmail.com as well.

Garemnt Costing Procedure | Details of Garment Costing | Woven and Knit Garment Cost Sheet

Advertisements
Costing is very important for getting an order as well as it focuses the future trends of any industry. To make a effective, profitable and competitive cost sheet one must know about all the processes involves in garments manufacturing very well. All the updated news and costs of fabric, CM of particular garments, trims, wash cost, embroidery cost, traveling cost, terms of payments must be known. Merchandiser is the key person who is responsible for the costing of any item. Now the world is becoming more competitive for garments market and manufacturing as well. So a competitive cost sheet of any item affect the growth of any company.While the industry recorded a remarkable growth in a protected market environment, it faces a series of challenges that have come to the fore in the post-quota situation, notably in areas such as:

  • Price competitiveness.
  • Faster lead times.
  • High raw material base.
  • Full service offering.
  • Access to market. "A Cost is the value of economic resources used as a result of producing or doing the things costed".

Garments costing is effectively dependent on the fabrication. We all know that there are main two types of garments are available, knit and woven. Fabric consumption is one of the main element of garments costing. You can save much with doing better fabric consumption for both woven and knit. Woven fabrics are generally calculated in yards and knit fabrics are in kgs.



The basic requirements of garments costing are-
  • Fabric Consumption
  • CM of  particular styles
  • Printing cost
  • Embroidery cost
  • Wash cost
  • Trims cost(Zipper, button, Label, Tape etc)
  • Accessories cost (Tag pin, Hanger, Price Ticket, Hang Tag etc)
  • Traveling cost

 Now the thing is that how will you get those things to make a cost sheet. For fabric consumption you can follow the consumption formulas to find out how many fabrics are required for a garment and the measurement you will get from the techpack given by buyer. Now for CM you can get assist from your manager of higher management to get a effective CM. For wash cost please see the costing manual given by buyer and for printing and embroidery will depend on styles. For trims and accessories you must follow the BOM (Bill Of Materials) given by buyer for a specific style. I am sharing a BOM with you to know well.

BOM(Bill of Materials)
Now you required a costing sheet or format where you put the item name and values to get the final FOB of a style.A well decorated cost sheet makes the job easier and faster.If you use a cost sheet there is a less chance to miss any particular costing heads when you are in hurry. Many times it is needed to know how we reach to the final FOB. A well designed cost sheet will help you trace all details of costing. Cost sheet will also gives cost break up for future reference.

If you have product technical sheet then you can calculate the exact fabric consumption of a garment. Average fabric consumption also depends on nature of the fabric, like tubular or open width fabric. Whether fabric is solid colored, check or stripe or any specific design repeat required. 

Knit Garments Costing Sheet Format:



 Woven Garments Costing Sheet Format:



 If anyone needs to get the excel format please mil me on fkweb24@gmail.com as well.
Advertisements

© 2013 Textile Aid . WP Theme-junkie converted by Bloggertheme9
Blogger templates. Proudly Powered by Blogger.
back to top