AI Visual Inspection system for Quality Control

What is LIVIS? The Lincode proprietary visual inspection system (LIVIS) enables customers to capture, train, and deploy their own visual inspection systems at scale with simple user interface. The users can configure the systems themselves and is suited for QA team across various manufacturing sectors.

How it works? We use custom proprietary vision models to quickly finetune on the uploaded dataset. We are continuously improving on these models and training them with relevant dataset along with synthetic data to provide you high accuracy on your models with less annotated data to quickly churn out your models.

A Simple 3 Step Process

Capture The system provides easy interface to capture images of samples

Annotate The captured images can be annotated for defects or features to create the visual inspection system

Deploy Once the visual inspection system is created it can be deployed over multiple workstations easily across the globe

Off The Shelf Hardware agnostic AI software.
Deploy on premise or via cloud, API integration with
factory systems

Increased Reliability Highly precise and accurate
QC inspection. The false positive rate of our solution is
5/1 M, i.e. 0.000005%

Automation Can easily integerate with any Mechanical Systems like SPM, and Robots for completely autonomous solution

Deployment Go live in less than one month.
One click deployment across different locations from one central location

Automotive Catalyst

A semi automated setup is used to carry out a complete 360° inspection of the catalyst.
The catalyst is inspected for all six variants, each with 17 parameters such as:

Plugged cells
Bents
OCR
Circum dent
Cell misalignment
Coil core pressing
Ring mark identification
OCR for lot marks, etc.

Automotive Bearing

Lincode’s technology carries out an automated visual inspection on the bearings at multiple stages of production preventing a damaged bearing from reaching the end of the line.
The bearing is inspected for 20+ parameters at different stages such as:

Presence/absence of pins in all six variants
Surface defects
Crosscut
Excess seal pressing
Flinger out
IR face unclean
Rusty

Connecting Rod

Quality Inspection carried out on the connecting rod to identify any deviation within the product with respect to the defects present in the components as it happens in the process, thereby preventing the product from moving to the next process. Parameters to be inspected are as follows:

Burr in both the holes
Model number identification
Chip off

Automotive Wiring Harness

Visual inspection for clutch cables is carried out for the following parameters:

Classification of cables
Color identification
Presence and absence of holes
Rubber surface defects like chip off, dents and breakage
Metal breakages
Part dislocation

Circuit Board

Visual inspection for the circuit board, post wave soldering operations is carried out for the following parameters:

The correct assembly of components
Solder bridge
Low solder
Partial solder
Absence of conformal coating