Robotics & Mechatronics Engineering
VitroVentures supports industrial robotics integration and mechatronics engineering, end-of-arm tooling (EOAT), robot cell layouts, part presentation, and interfacing robots with PLC control. We combine mechanical, controls, and motion design so robotic cells work as a coordinated system.
Robotic cells are designed with appropriate guarding and a risk-assessment-informed layout. We do not assume that collaborative robots remove guarding or safety requirements, guarding is determined by the application and its risk assessment.
Capabilities
Robotic Integration
- End-of-arm tooling (EOAT) design
- Robot cell layout and reach studies
- Robot-to-PLC I/O interfacing
- Fixtures and part presentation
Mechatronics
- Actuator and sensor selection support
- Motion control and multi-axis coordination
- Custom mechanism design
Safety-Conscious Design
- Guarding and fencing layouts
- Risk-assessment-informed cell design
- Interlock and E-stop integration concepts
Deliverables
- Robot cell layouts and reach studies
- EOAT and fixture designs
- Robot-to-PLC I/O interface documentation
- Guarding and safety-integration concepts
Related Services
Frequently Asked Questions
Do you integrate industrial robots into machines and cells?
Yes. We support robot cell layout, end-of-arm tooling (EOAT), part presentation, and interfacing robots with PLC control as a coordinated mechatronic system.
How is machine safety handled in robotic cells?
Guarding is determined by the application and its risk assessment. We design cells with appropriate guarding, interlocks, and E-stop integration, and do not assume collaborative robots remove guarding requirements.
Discuss Your Robotics Project
Planning a robotic cell, EOAT, or a mechatronic mechanism? Contact VitroVentures to discuss integration scope and requirements.