SmarTexLab is the combination of smart textile testing instruments and a system. Using technologies such as RFID, QR codes, AI, and visual inspection, it achieves intelligent and automated testing, including sample tracking and test report summaries. Connected via IoT, instruments also link to the ERP, LIMS, and quality systems for a fully integrated, intelligent workflow.
Apply RFID, QR code , and other technologies to sample tracking; Use technologies like visual inspection and AI algorithms to make test instruments smarter; Connect each smart instrument to the SmarTexLab system on the smartphone, tablet, or computer via loT technology. And then connect it with factory ERP or lab LIMS, and also with brand quality management system.
How does SmarTexLab operate?
You can send the test standard of the order directly to the instrument via ERP/LIMS.Then, the instrument can execute the test after scanning the order samples’ code. It willsummarize the report and send it back to ERP/LIMS after comoletina the tests. it willalso check if the quality meets the requirements and retain all the oriainal data for traceability.
Send the order to instruments via ERP or LIMS.
Instrument1 scans the QR code and executes the test
Instrument2 scans the QR code and executes the test2
……when all tests are completed, the system will summarize the test results.
A whole test report is generated.
The system will send the report to ERP/LIMS
You can view the report via smartphone/PC/Pad.
The test procedures are traceable.
30% More Reliable
Reliable and easy-to-use smart instrument designed by German Team and SmarTexLab system, which can finish the work: identifying samples by code scanning, smart sample cutting and automatic sample making, as well as automatic program selection, machine vision inspection, and AI intelligent algorithm to obtain test results. Finally the system can automatically output and send test reports. Professional operation is no longer required, which greatly reduces human errors and improves test reliability by about 30%.
50% Faster
Enter the sample info into the system. Select the test requirements to generate QR codes. The smart cutting machine scans and cuts the samples in one go. The lab technician receives the info and notifies receipt of the samples. Then, the instrument scans the codes and installs the samples. It automatically selects a program and completes the test. After setup, all original records will be uploaded to the SmarTexLab system. All test items will be summarized to output a report. The related parties can view the reports from smartphones or computers. After the seller tests the inventory, the buyer can use it in production. This saves time, as there is no need to repeat the test. The whole process is about 50% faster.
SmarTexLab mobile App
The SmarTexLab App lets users monitor smart instruments in real time through mobile devices and desktop computers.
The application offers two essential functions that allow users to perform equipment maintenance through OTA updates and access immediate support from ChiuVention experts. The system generates automatic alerts for maintenance operations and test consumables replacement needs to support your laboratory operations.
The application continues to grow its educational resources, which include video tutorials and technical articles to help your staff learn about textile testing methods.
Why Choose SmarTexLab?
Unreliable Testing
In the traditional testing process, 3 people may get 3 different test results, and transcription, calculation, and date entry may also lead to errors.
Non-transparent Testing
Samples and consumables, the process or testing and the status of instruments, temperature and humidity, etc. are not fully documented and are difficult to trace.
Therefore, there is a possibility of falsification or alteration.
Long Testing Cycle
Production may only take 3 days, but testing takes 3 days as well, based on the amount of labor and time required to record, calculate, and summarize the lest results or each sample, and enter them into the computer to form reports.