Frequently Asked Questions
Here you can find the most frequently asked questions about Tetavis’ usage, software, and hardware structure.
Usage
Daily operation, return on investment, and core workflow
What does the system do?
Tetavis provides step-by-step digital work instructions to operators and supports accurate, complete task execution through visual and process validation.
Can it be moved between stations?
Yes. Since the system can be designed in a modular structure, it can be adapted to different stations. Hardware and scenario configurations can be reorganized according to the new station.
Return on Investment (ROI)
Our solution typically pays for itself within weeks to months. It improves key metrics such as quality, efficiency, line output, and training time.
Can the system be used standalone?
Yes. The system can operate independently or be integrated into your existing production infrastructure. Step confirmation can be received via touchscreen, barcode scanner, foot pedal, or automatic triggers.
What are the maintenance requirements?
The system is designed to operate with low maintenance requirements. Basic cleaning, connection checks, and occasional software updates are sufficient for most applications.
Software
Scenario management, data structure, integration, and user flexibility
Can the customer program it on their own?
Yes. Thanks to the user-friendly interface, scenarios, control logic, and guidance content can be edited without requiring advanced technical expertise.
How is recipe/scenario variability managed?
Relevant scenarios can be called automatically for different products or variants. The correct flow can be selected through barcode, PLC, or other trigger mechanisms.
Can it communicate with production infrastructure?
Yes. The system can be designed to work in an integrated way with ERP, MES, PLCs, cameras, sensors, nutrunners, and similar production components.
What data is recorded?
Critical production data such as cycle times, timestamps, product information, serial numbers, operator data, station information, and error logs can be stored.
In which processes does it help prevent errors?
It guides operators in manual assembly, part picking, validation, and quality control processes, helping prevent missing, incorrect, or out-of-sequence operations.
Hardware
Key topics related to cameras, projection, and peripheral equipment
What are the system hardware components?
The system can be configured with a panel PC, 2D/3D cameras, projection, sensors, and, when necessary, PLCs or other peripheral components.
Which cameras are used?
Different camera options can be used depending on the application. Field of view, resolution, mounting distance, and process requirements are the key selection criteria.
What can be displayed with projection?
Text, visuals, videos, animations, directional indicators, quality warnings, and operator information screens can all be displayed through projection.
How much area can the projection cover?
It can be scaled from small work surfaces to larger areas depending on the application requirements. If needed, coverage can be expanded using multiple projectors.
What is the projection resolution?
The required resolution is determined by projection distance, target surface size, and the level of detail needed for the application.
