Advanced

Artificial Vision

Turn-key, in-line vision systems for production and testing environments

The vision experts

A.K.A. VISION COMANDO

Do you want to apply advanced artificial vision?
Who you gonna call?

Automated inspection is critical these days. Leading-edge vision technologies are amazingly powerful and capable of undertaking the most challenging applications. 

With all this potential, why is it so frequently said that “the vision system doesn’t work”?

Because craftsmanship and proficiency not just in programming the system but right from the conceptualization, going through the stressing of the system while testing the viability, are missing.

Those who enable, those who bring systems to life have to be experts at better implementing and adapting these to the changing circumstances and growing requirements that are natural to the production floor.

This requires true craft. This requires an elite formation.

This requires a VISION COMMANDO. 

So… who you gonna call?

The VISION COMMANDO

What is a vision system?

An image-based system designed to work within a production or testing process to acquire and analyze images, make decisions based on established parameters, and send results in real-time, in a consistent manner.

5 key components of a vision system

Camera, optics or lenses, illumination, wiring, algorithm.

Vision technologies: Classification and applications

AI-powered vision systems: Embedded deep-learning

4 points that make for a successful inspection

5 reasons to include a vision system

ST's DNA: Vision Systems

3 Decades of empowering processes, of raising your vision

Back in 1991, when digital image acquisition technology was just starting, ST started its operations as the distributor of Kodak’s Motion Analysis Systems division for high-speed image acquisition, for Latin America.
Fast forward 3 decades to 2023, ST’s vision-specialized team, VISION COMMANDO provides customers with robust vision-system-powered solutions for complex production processes, integrating leading brands and even AI-powered cameras.

Project examples

Multi-industry, turn-key, in-line vision systems for production and testing environments

Whole-cycle solution approach

Our robust methodology and proficiency in the development of vision applications allow us to become our customers’ allies for continuous improvement at a production floor level.

1

Requirements gathering

2

Testing at vision lab: Vision systems, optics, & ilumination

3

Viability
report

4

Conceptual
design

5

Demo

6

Technical and commercial proposal

7

Awarded
project

1

Application development

2

On-site execution

3

Validation

4

Training

1

Remote and on-site support & service

2

Custom-developed-hands-on training

  • In-Sight EasyBuilder Cognex
  • Basic Spreadsheet In-Sight Cognex
  • Advanced Spreadsheet In-Sight Cognex
  • Personalized training
3

ECRs & retrofits

4

Warranty

OPPORTUNITY STAGE / apllication evaluation

PROJECT EXECUTION STAGE / Engeniering

AFTER SALES STAGE

1

Requirements gathering

2

Testing at vision lab: Vision systems, optics, & ilumination

3

Viability
report

4

Conceptual
design

5

Demo

6

Technical and commercial proposal

7

Awarded
project

1

Application development

2

On-site execution

3

Validation

4

Training

1

Remote and on-site support & service

2

Custom-developed-hands-on training

  • In-Sight EasyBuilder Cognex
  • Basic Spreadsheet In-Sight Cognex
  • Advanced Spreadsheet In-Sight Cognex
  • Personalized training
3

ECRs & retrofits

4

Warranty

Vision Lab

Certainty long before the project even starts

Located at the ST Labs building, our Vision Lab empowers VISION COMMANDO’s capacity for the evaluation and testing of applications to ensure every solution presented to our customers is a proven and robust solution, for no-nonsense, straightforward, successful projects.

The Lab is where our applications experts and leading-edge technologies coincide, in addition to an infrastructure that supports the simulation of on-site (plant) conditions (illumination, reflections, unwanted glares, etc.) which allows the VC team to stress the system and gather statistical functioning information for the evaluation of the project. 

Preferred Vision Systems

Lenses and Illuminations

Set of differentiated technologies to cover a diversity of applications’ requirements.

1.

An understanding of the process and the application to be developed. On this point, constant communication with, and feedback from users is key.

2.

Validation tests with a considerable amount of parts for the certainty of the viability of the inspection; this includes stressing the system as realistically as possible to match what would be the real-life, plant-floor conditions of the application, and even the different levels of expertise of operators running the line. These tests must result in:

3.

Correct component selection and system design & built to render a system as controlled as possible (reduced vibration; selection of equipment, lenses, and illumination to optimize inspection; controlled exposure to external illumination and glare; designed for robust and repeatable performance, etc.).

4.

Off-site and on-site validation of the system under varying conditions (different operators, hours for changes in light, etc.), monitoring, and fine-tuning. This can include challenges with Golden parts.

A vision system is a great ally to your production or testing process if you need…

1.

… a reliable system for the analysis of a part or process that provides real-time automated decision-making, measurement, segregation, defect detection, classification, documentation, and/or overall autonomous control without the need for human intervention.

2.

… to prevent human error and reliance on human expertise.

3.

… to control quality and create reliable documentation.

4.

… to provide “eyes” for a robot for it to carry out real-time position adjustments, pick and place, measurement, inspection, etc.

5.

… any or all of the previous, for a production or lab environment, whether for aesthetic or functional processes.