More demo images ยปThread Count
Use the Dino-Lite to determine the thread count of fabric
AM413T » – works well for simple cotton or cotton polyblend fabrics, where help with thread count measurements is necessary.
AM413ZT » – is best for analyzing synthetic fabrics or fabrics that have been treated with laminants.
AM413ZTS » – is also best for analyzing synthetic fabrics or fabrics that have been treated with laminants. The key difference between the AM413ZT and the AM413ZTS the nozzle has been trimmed to allow contact-free examination of a subject at the highest magnification or (90x-120x) magnification when you touch the object.
Wave Pattern Analysis
Use the Dino-Lite to easily inspect weave patterns
AM411T » – works well for simple cotton or cotton polyblend fabrics, if measurement is not needed.
AM413T » – works well for simple cotton or cotton polyblend fabrics, where help with thread count measurements is necessary.
AM413ZT » – is best for analyzing synthetic fabrics or fabrics that have been treated with laminants.
AM413ZTS » – is also best for analyzing synthetic fabrics or fabrics that have been treated with laminants. The key difference between the AM413ZT and the AM413ZTS is the shortened plastic nozzle on the AM413ZTS. The nozzle has been trimmed to allow contact-free examination of a subject at the highest magnification or (90x-120x) magnification when you touch the object.
Thread Component Analysis
Use the Dino-Lite to analyze components of threads
AM411T » – works well for simple cotton or cotton polyblend fabrics, if measurement is not needed.
AM413T » – works well for simple cotton or cotton polyblend fabrics, where help with thread count measurements is necessary.
AM413ZT » – is best for analyzing synthetic fabrics or fabrics that have been treated with laminants.
AM413ZTS » – is also best for analyzing synthetic fabrics or fabrics that have been treated with laminants. The key difference between the AM413ZT and the AM413ZTS is the shortened plastic nozzle on the AM413ZTS. The nozzle has been trimmed to allow contact-free examination of a subject at the highest magnification or (90x-120x) magnification when you touch the object.
Detection of Contaminants
Use the Dino-Lite to detect contaminants on fabrics
AM413ZT » – is best for analyzing synthetic fabrics or fabrics that have been treated with laminants.
AM413ZTS » – is best for analyzing synthetic fabrics or fabrics that have been treated with laminants.
AD4013T-FVW » – has 4 White and 4 near UV (390-400nm) LEDs which can help in detecting contaminants.
AM4113T-FV2W » – has 4 White and 4 near UV (375nm) LEDs which can help in detecting contaminants.
Loom or Sewing Machine Monitoring
Mount these in a machine to safely observe the production process at full speed
AM4012NZT » – can be mounted facing moving parts on a sewing machine or loom to monitor for errors or non-functioning parts.
AD3613TB » – can be mounted facing moving parts and is a USB model offering image capture and video at up to 60fps.
Repairs
Use the Dino-Lite to view fabric during or after the repair process
AM411T » – works well for simple cotton or cotton polyblend fabrics, if measurement is not needed.
AM413T » – works well for simple cotton or cotton polyblend fabrics, where help with thread count measurements is necessary.
AM413ZT » – is best for analyzing synthetic fabrics or fabrics that have been treated with laminants.
AM413ZTS » – is also best for analyzing synthetic fabrics or fabrics that have been treated with laminants. The key difference between the AM413ZT and the AM413ZTS is the shortened plastic nozzle on the AM413ZTS. The nozzle has been trimmed to allow contact-free examination of a subject at the highest magnification or (90x-120x) magnification when you touch the object.
Useful Tips
- Pairing a Dino-Lite scope with the MS62P stand is best for examining larger samples of textiles, since it allows steady mobility while hovering over the samples.
- When using the DinoLite to determine thread count, pair the unit with an MS09B stand and place one square centimeter of fabric under the microscope.
- The customer can choose to either count each individual thread. An easier method would be to use the software to measure the width of one individual thread, then apply simple math to determine thread count.