Robotic workstations are workplaces operated with varying degrees of involvement by industrial robots. They differ in terms of application, level of automation, type of robot, and work organization.
Robotic workstations
As Stevia Automation, we design, program, and commission robotic workstations using Fanuc, ABB, KUKA, or Staubli robots.
Types of robotic workstations we offer:
- Packing and palletizing stations – robots that pack products into collective packaging and systems that place or remove products on and from pallets.
- Machine tending stations – robots integrated with machines to transfer and position components; these robots are commonly used in production environments.
- Collaborative robot (cobot) stations – six-axis, Cartesian, or SCARA robots characterized by high speed and precision, designed to work safely alongside operators and move seamlessly among them.
- Robotic cells – fully integrated systems consisting of a robot and auxiliary devices such as vision systems, sensors, rotary tables, conveyors, and more.
Benefits of implementing robotic workstations:
High precision of operations
Efficient use of space and resources
Improved workplace safety
Higher production quality
Reduced physical workload for employees
Robotic workstations are designed individually, according to the technological process requirements and the specific characteristics of production. Each workstation is optimized for efficiency, safety, and integration with the existing plant infrastructure. The latest vision systems and sensor technologies enable robots to operate with even greater precision and flexibility.
Stevia Automation provides comprehensive support — from concept development and mechanical design, through programming and control system integration, to commissioning, testing, and staff training. Our goal is to deliver solutions that significantly improve production efficiency, reduce operating costs, and ensure long-term process stability.