We implement simple to highly complex automation solutions for and with our clients that are truly smart and optimized. The foundation of this is listening to our clients and carefully analyzing and considering their needs and conditions.
This results in automation concepts that give our clients a real competitive edge and future-proof their production.
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Automation, also called automating, generally refers to the use of technologies (machines) to make processes more efficient, faster, easier, and less dependent on manual labor. In production automation, this involves special machines, systems, robots, collaborative robots, conveyors, and handling systems. This enables manufacturing companies to lower production costs while increasing productivity, reliability, and quality.
Employees are also relieved from monotonous tasks, enhancing their roles and job satisfaction.
Automation enables efficient manufacturing of goods, leading to cost reductions and higher output. As a result, these products become affordable and contribute to increased prosperity.
A good example is the smartphone: a mass-produced device that combines dozens of functions (phone, supercomputer, camera, video camera, navigation system, fax, planner, book, magazine, coach, etc.) at a much lower price than the sum of its individual parts.
Production processes can often be automated in many ways. But only one – or a few – are truly optimal and well-balanced. For us, “well-balanced” means that the automation meets all necessary requirements. Well-balanced automation systems use only the space they need and are kept simple. Our motto “The simpler a design, the more brilliant it is. Anyone can build something complicated” proves true again and again.
Smart automation solutions are low-maintenance or even maintenance-free, easy to service, long-lasting, and most importantly – reliable.
Connected automation solutions like custom machines, robotic cells, and production lines allow control, monitoring, and data exchange with higher-level software solutions like MES (Manufacturing Execution Systems), ERP (Enterprise Resource Planning), or PPS (Production Planning Systems).
Connectivity and data exchange can be expanded almost indefinitely and accessed from anywhere. This level of digitization – known as the “Fourth Industrial Revolution” or “Industry 4.0” – brings exciting new opportunities and even entirely new business models.
Roth Technik is your ideal partner for automation. Together with you, we analyze your current production processes. Then, we examine the environmental conditions and interfaces to machines, control systems, etc. We’re also happy to look beyond the obvious and evaluate upstream and downstream processes for synergy potential.
Based on the insights gained, we create a requirements specification with you. Then we develop the best-fitting automation solution tailored precisely to your application.
This may include classic industrial robots or collaborative robots (cobots), depending on what benefits you most. Autonomous vehicles increasingly handle logistics and transport tasks. Smart camera systems perform quality control and inspection tasks.
Learn moreAt Roth Technik, you get everything from one source – from consulting to after-sales service. For all industries and all processes.
Are you fascinated by the exciting world of automation and wondering which training paths are in demand?
Developing smart automation solutions requires different areas of expertise. A system is designed, simulated, and optimized using CAD (Computer Aided Design) software. This task is handled by an individual or a team. Ideally, one completes an apprenticeship as a design engineer or polymechanic, followed by a higher technical college or university of applied sciences (Bachelor’s degree). Relevant majors include systems engineering, mechatronics, or mechanical engineering.
Smart automation systems are always developed as mechatronic systems. The control system, software, and mechanical design must work together as a cohesive whole.
Programming robots and control systems is a demanding task. Ideally, one has completed an apprenticeship as an automation technician and then studied at a higher technical school, university of applied sciences (Bachelor), or ETH.
A major that includes software – such as systems engineering, robotics, mechatronics, or computer science – provides a great foundation.
Vocational training – Automation technician:
Further education:
