Yarn Fiction Tester. Yarn vs Npm and Continuity Garments

Yarn Fiction Tester. Yarn vs Npm

Yarn Fiction Tester – Applicable to Multiple yarn type Friction angle adjustable
Pretension Applicable
Pretension range 0-24CN
Yarn testing speed 20m/min or 110m/min
All accessories required to make equipment operational
Standard
JISL1095 ASTM D3108 ASTM D3412

BATCH CODING

It is the suppliers responsibility to ensure that any product being supplied to Auto Garments which falls into any of the following categories comply with the batch coding requirements.

Continuity Garments

Every new production run must be identifiable by a batch code, visible on a permanent label attached to the garment.  A full fabric test report must be carried out and submitted to Auto  for our records every 12 months.

Continuity Garments

In addition to the above requirements, Press Fastener With press fasteners Data Sheets must be submitted to the relevant technologist for each new production run.

Toys

Where a toy is produced in more than one production run or a repeat order is placed on a toy, each production run must be identified by a batch code attached to the toy on a permanent label. A full test report to EN71 must be  carried out on each production run and submitted to Auto . Accessories/ Dressing If a style is repeated over more than one production

Up Outfits

run then each production run must have a batch code attached on a ermanent label. Where styles are Where batch coding is required, the batch should be identified with a number indicating the production run, a forward slash and the last two figures of the year e.g. The first run produced in 2004 would be identified as 01/04. The identification must be on a durable label permanently attached to the product without obstructing any other labeling information. 

ACCESSORIES, FANCY DRESS & TOY TEST REPORTS

All accessories, fancy dress product and toys must be tested to the requirements outlined in Table 7- 9and the reports submitted following the Bulk Test procedure outlined above.

Where a repeat order is placed on the above product, each separate production run must be identified as described in the Batch Coding section.Every production run must be tested to Auto  requirements for toys.  If accessories and fancy dress product are repeated over more than one season then they must be retested each season.

Where a product does not fall clearly into any of the areas outlined then the Fabric Technology Department must be contacted and the testing required will be confirmed.

What is Yarn Testing Machine? Lab Machine

Yarn Testing Machine

Yarn Testing Machine – Applicable to Multiple yarn type
Yarn test length 1-100m
Yarn Testing Machine -Test speed 30m/min
hairiness index for 8 length
lmm-8mm
All accessories required to make equipment operational

Standard Read more about Filament Yarn Testing Machine
FZ/T01089

More Lab Machine :

Machine Type Brand Origin
Yarn Appearance Tester INNOVATIV ENGITECH (P) LTD India
Manual Twist tester INNOVATIV ENGITECH (P) LTD India
Manual Wrap Reel INNOVATIV ENGITECH (P) LTD India
Color Matching Cabinet VERIVIDE LIMITED England
Spectrophotometer Data Color USA
Digital Pilling tester Paramount India
Motorized Crock Meter INNOVATIV ENGITECH (P) LTD India
Digital pH Tester Hanna Italy
Oven & Incubator SDL England
Sample Dyeing M/C (Rapid) N/A Taiwan
Sample Dyeing M/C (AHIBA NUANCE) Data Color USA
Sample Dyeing M/C (AHIBA NUANCE) Data Color USA
Electrolux Wascator SDL England
Electrolux Wascator Electrolux Thailand
Electrolux Dryer Electrolux Thailand
Digital Balance OHAUS cor. USA
Digital Pipette (I) Rainin USA
Digital Pipette (II) Rainin USA
Paramount Pick Glass & Scale Paramount India
Thermo hygrometer N/A N/A
Grey Scale(Staining&Colour Change) SDL England
Pantone Book    
Perspirometer SDL England

Knitting Machine

Machine Type Dia Gauge No. of Machines Origin Production / Machine / Day (Kg)
Single Jersey 20” 24 G 01 Set Germany 300 Kgs.
Single Jersey 24” 24 G 02 Sets Germany 350-400 Kgs.
Single Jersey 26” 24G& 28 G 01 Set Germany 400 Kgs.
Single Jersey 30” 24G & 28G 02 Sets Germany 450-500 Kgs.
Single Jersey 23” 24 G 01 Set Taiwan 300 Kgs
Single Jersey 24” 24 G 01 Set Taiwan 300 Kgs
Single Jersey 28” 24 G 01 Set Taiwan 450 Kgs
Single Jersey 30” 24G & 28G 01 Set Taiwan 400 Kgs.
Single Jersey 30” 24 & 28 G 01 Set Taiwan 400 Kgs
Single Jersey 34” 24G 01 Set Taiwan 450 Kgs
Single Jersey 36” 24G 02 Sets Taiwan 1000 Kgs
Interlock 30” 24G & 22G 01 Set Germany 400 Kgs.
Interlock 34” 24G 01 Set Taiwan 450 Kgs.
Rib 32” 18 G 01 Set Taiwan 400 Ggs.
Rib 34” 18G 01 Set Germany 400 Kgs.
Rib (8 Lock) 36” 18G & 24G 02 Sets Taiwan 800 Kgs.
Rib 38” 18G 01 Set Taiwan 450 Kgs.
Rib 38” 18 G 01 Set Taiwan 400 Kgs.
Rib 40” 18 G 02 Sets Taiwan 400 Kgs.
Rib 42” 18 G 04 Sets Taiwan 1200 Kgs.
Rib 44” 18 G 02 Sets Taiwan 500 Kgs.
Flat Knit Bed 54” 14G 15 Sets Taiwan 400 Sets/ Machine

What is Wrinkle Recovery Tester?

Variable Weights 200g, 500g, 1000g,2000g
For Fabric made from all types of fibres
Hose clamps
Standard
AATCC128, ISO 9867

Read About Groups Leather Flex Durability Fatigue Tester

Comments:

*seams should be flat felt because this garment is not wrinkle free
we are using closed serge on wrinkle free shirts to improve wrinkle free apperance
*slits should be 4″ please review
*bring oversize body length to spec
*bring all other measurements to spec
*please proceed to PSWT sample with above corrections and following pattern sent.

*Flat felt seam is incorrect should be front over back — PLEASE CORRECT
*dart is not updated the angle is wrong — PLEASE CORRECT
*Please send revised sample in Oversize for our review before proceeding to bulk

*Flat felt seam is incorrect should be front over back — PLEASE CORRECT
*bring measurements to spec
*Ok to proceed to production — issued ok production form

*Fit was very nice — VERY GOOD WORK — keep it up for bulk production
*please place side seam labels going towards the back — not the front
*Ok to proceed to production — Ok production form issued

            4-Jul 5-Jun 1-Jun 15-May  
FINISHED GARMENT MEASUREMENTS   1X Rev. PSWT PSWT AD JSS 2X
Bust Width (1″ below armhole)     50    * – 1/4 1    – 1/4 54   
Bottom width       52    * * 1     1/2 56   
Waist (17″ down from CB)     49    *  1/2 * 53   
Shoulder width       18    * * * 19   
Back width (4″ down from CB)     17 1/2 *  1/8  1/2  1/4 18 1/2
Across front at mid armhole     16    *  1/4  1/8  1/2 17   
Shoulder seam (neck to shoulder)   5 3/4 *  1/4 *  1/4 6   
Sleeve length (includes cuff)     24 1/2 *  1/8 * 24 7/8
Sleeve bicep ( 1″ below armhole)   18    *  1/4  1/8 19 1/2
Cuff circumference open     10 1/4 * * – 1/8 10 3/4
Cuff width         2 1/4 * *  1/8  
Armhole (Straight)       10 1/2  1/4 – 1/4 * – 1/4 11   
CB Body length       27    * * * -1 3/8 27 3/8
Neck circumference (button to button hole)   18    * *  1/8 19   
Collar CB         2 1/4 * * *  –
Collar Point       2 3/4 * * *  –
Collar Stand       1 1/4 * * * — 
Side Slits         4 * * * -2     –
What is Ultrasonic Lace Sewing Machine?

What is Ultrasonic Lace Sewing Machine?

Ultrasonic lace sewing machine

Ultrasonic lace sewing machine – Capable of sewing /sealing /cutting /pressing /embossing of various fabrics, with various options for roller patterns and width, approx. frequency 18-20 KHZ, multi-circuit ultrasonic protection system. Strong ultrasonic power with three adjustable gears (maximum, medium and minimum) to meet requirements of different materials and thickness.Capable of seam sealing with hot air, with automatic temperature control, Compressed air approx. 0.3-0.6MPa, Effective tape width approx. 14-22mm, Roller width: 25.4mm, Approx. temperature: up to 700°C. Read about Sewing Output Garment Manufacturing Software

Soft Flexible Bendable Posable Headless Male/Female Body Mannequin Form in different sizes (8 pcs) Adjustable size (Male/Female) mannequin in different sizes (5 Pcs)

Objective

To motivate sewing workers to improve their performance as a team as well as improve their life standards through higher earning.

Guidelines  

  • It’s a team based incentive system.
  • Base efficiency will be as follows:
Base Efficiency SMV
50% < 10
45% 10
  • For a style running more than 15 days in a line, base efficiency will be as follows:
Base Efficiency SMV
55% < 10
50% ≥ 10
  • For a style running more than 30 days in a line, base efficiency will be as follows:
Base Efficiency SMV
60% < 10
55% ≥ 10
  • Sewing starting time for a certain style will be counted from last piece of the previous style & closing time will be the last piece of the running style. Start & end time will be determined by IE & PO.
  • Incentive will be calculated after completion of sewing of the style or after fifteen days of sewing, whatever comes first.
  • SMV of the product will be provided by IE dept.
  • Efficiency, Base efficiency, SMV generation will be calculated based on output from end table QC pass data and working hour from planning and man power data from HR department.
  • Quality requirements: The alter rate and rejection rate must be lower than or equal to 8% and 0.75% respectively to qualify for incentive.
  • NPT for fire drill & power shortage will be counted if any case it takes more than ten minutes. Time will be collected from HR & maintenance department.
  • No partial hour will be allowed for cellular line.
  • Base efficiency, incentive rate and defect rate will be adjusted according to corporate objectives periodically.
  • A sewing line will only get incentive for achieving higher efficiency than base efficiency.
  • The sewing line will get TK. 0.30 collectively for each additional SMV than SMV required for base efficiency.
  • SO & ASO will get incentive equally.
  • Supervisor will get twice the amount earned by each worker.
  • Input man will get the same amount earned by each worker

3D Product Design Simulation Software

3D Product Design Simulation Software

3D Product Design Simulation Software – The software should be compatible with other related input/output devices (3D body scanner, plotter, cutting machine, digitizer, scanner, etc.). Read about Sewing Output Garment Manufacturing Software
Software licensed, lifetime auto renewal which must be capable of Drafting flat patterns. Designing a clothing product by changing colors, prints, fabric type, and features etc. Creating 3D virtual models of desired size(s)…

Finally, I would like to thank you for valuable guidance & support in preparing this report. I would be grateful for any clarification when required and highly obliged if you approve this report and provide your valuable judgment on it.

Simulating and adjusting the fit of flat patterns on a 3D virtual models of desired measurements. Grading 2D patterns to get different sizes. Making models, orders and markers for good fabric utilization. Complete hardware to run the software. Online data acquisition system (Minimum: core i7, 16 GB RAM, I TB F-IDD) with 32″ LED, wireless keyboard, wireless mouse, 3 shelves stand and chair. Complete set of data cables and power cables. Uninterrupted power supply for smooth data storage with back up of at least 30 minutes. Equipment operational on site. Equipment operational on site. Two years complete warranty of hardware and software

When resources are severely limited, these are valid and difficult questions. But these should be answered in the context of a rapidly changing world. Over the course of the last few centuries, the world has shifted from agricultural to industrial based societies, where efficiency in manufacturing has determined global economic influence. Over the last few decades, the world has been shifting from industrial to knowledge-based societies, where proficiency in creating and disseminating knowledge has been an increasingly predominant factor for national growth.

Before getting into specific issues concerning Digital Bangladesh, it is important to review the basic premises. We have difficult challenges in every sphere of our economic and social lives, and use of technologies will not necessarily make them go away. Technology is not a silver bullet; it is useful in some areas, mandatory in some and overkill in some others. The purpose of Digital Bangladesh policy-making should be to make clear distinctions between those three areas, and sometimes make hard choices if needed.

The phenomenon is well reflected through the shift in national goals of Malaysia, a country widely perceived to be on the forefront of transition countries. In 1991, the then leader Mahathir Mohamed declared that Malaysia would become a fully industrialized country by 2020. However, over the next decade, the national Vision 2020 was updated to reflect Malaysia’s aim to become a “knowledge society” rather than a fully industrialized nation.