INPUT
Capture - AutoVision unit
Cameras and lighting installed beside the line photograph the whole fabric.
- Full width and full length, nothing missed
- Constant lighting inside a light-blocking box
- At line speed (30 m/min), without slowing the line
THE PLATFORM
AutoBrics Platform
Capture, find, organize, learn - four steps in one loop. It gets more accurate with every inspection, and the record kept for every roll becomes your proof of quality.
How It Works
Four steps, one loop.
From the camera on the line to the decision on the desk. Each step feeds the next, and the last step raises the accuracy of the first.
- INFERENCE
Read - Inspection workspace
The AI finds defects in the images and shows their position and type on screen.
- Starts without pre-training on defect photos
- Catches never-seen defects as deviations from normal
- Your inspector confirms and corrects right on the screen
- PIPELINE
Organize - Data Refinery
Captured images and inspection data are sorted and organized automatically into usable data.
- Automatically sorted by defect type
- New defects are picked out and named
- Roll number, time, and position saved with each image
- LEARNING
Learn - Knowledge Base
Stored data and your inspector's judgments make the next inspection more accurate.
- Inspector corrections feed the next inspection
- Process history and criteria become company assets
- Accuracy rises with every inspection
The accumulated Knowledge Base raises reading accuracy again - a loop that improves the more you use it.
Live Inspection
See the defect the moment it appears.
Finds defects in knitted, woven, and dyed fabric at line speed. Needle lines, stains, holes, and more are marked on an on-screen map right away, and your inspector only needs to confirm on the spot.
- No separate training per line - new fabrics apply in minutes
- Defect position, type, and size shown in real time
- Your inspector's confirmation is kept in the record
Smart Data Engine
Every captured image becomes a company asset.
Images captured during inspection are sorted and organized automatically. Even never-seen defects are picked out and can be named, so data builds up and inspection gets more accurate the more you use it.
- Defect classification accuracy
- 0%
- Quality history kept per roll
- QR
Trusted Quality
Objective quality proof, on the standard buyers trust.
Grades fabric with the 4-Point standard buyers use (ASTM D5430). The numbers on the certificate mean the same thing at your plant and to a buyer on the other side of the world.
- 4-Point score calculated automatically - no manual re-inspection
- A certificate you can share and trace with buyers, roll by roll
- Inspection time and original photos attached as evidence for claims
Why Records
Visual inspection and handwritten reports can't win a dispute.
When a buyer claim comes in on fabric that was fine at shipment, you can't tell which roll the defect came from - so you argue without evidence and end up paying. With inspection that relies only on the human eye, this repeats.
You can't see the whole roll
Visual and sample inspection can't cover the whole roll. "That defect wasn't in our inspection" doesn't hold without a record.
You can't prove the timing
A handwritten inspection report has no timestamp or original photos to prove the condition at shipment.
You don't speak the buyer's language
Buyers judge by 4-Point scores, but the factory's internal records aren't written to that standard.
Courts say the same - keeping test and measurement results on record from the first sign of a defect is key evidence in a dispute.
What's Different
It learns the normal state, not the defects.
What a factory needs isn't a months-long defect-photo collection project - it's inspection that attaches to the line running today.
| Conventional vision AI | AutoBrics | |
|---|---|---|
| Getting started | Collect and mark thousands of defect photos before you can start | Show it normal fabric samples and start |
| When a new defect appears | Retrain and re-mark | Your inspector names it on the screen - done |
| Running it on the floor | Vendor engineers needed for every change | The factory runs it without AI engineers |
Getting started
Conventional vision AICollect and mark thousands of defect photos before you can start
AutoBricsShow it normal fabric samples and start
When a new defect appears
Conventional vision AIRetrain and re-mark
AutoBricsYour inspector names it on the screen - done
Running it on the floor
Conventional vision AIVendor engineers needed for every change
AutoBricsThe factory runs it without AI engineers
Frequently asked questions
AutoBrics is the platform that captures, reads, organizes, and learns from inspection data for roll materials such as fabric, paper, and film. It's installed on the line together with the AutoVision unit, and deployment terms are confirmed after we see your site.
Can I use the software without the hardware?
No. AutoBrics reads and organizes images captured by the AutoVision unit, so it's installed together with it. The unit attaches to your existing inspection machine or line, and screens and reports are viewed on the PC beside the line and in a browser.
Does it work in a factory without internet?
Inspection and reading happen on the unit beside the line, so it runs without internet. Viewing reports from outside or combining several plants requires a connection, which we confirm during the site survey in line with your security policy.
Can we use our own names for defects?
Yes. Defect types can be named and edited using the terms your floor uses. The names your inspector assigns on the screen are used as-is in reports and certificates.
What form do the reports take?
A per-roll inspection report (defect position map, type, size, 4-Point score) and a LOT summary report. They can be exported as PDF and sent to buyers; integration with in-house systems such as ERP or MES is proposed after confirming requirements during the site survey.
Who owns the inspection data?
Images and inspection records captured on your line are your assets. The scope of data use is set in writing in the contract, and nothing is shared externally.
We'll show you how AutoBrics runs on your line.
In a half-day site survey we look at your line layout, fabric types, and how you inspect today, then propose a written validation plan based on your fabric.