Special Purpose Plant Construction
AROBIS develops custom systems for processes that cannot be mapped by a standard solution.
[ Special-purpose system engineering ]
Robotics and automation for one-of-a-kind technical tasks
AROBIS develops and integrates robotics for special-purpose systems in which individual mechanics, multiple process steps, and customer-specific interfaces have to work together reliably.
In special-purpose system engineering, it’s rare to have a ready-made reference solution. Components, processes, and customer standards call for new combinations of mechanics, axis systems, robotics, and inspection technology. AROBIS breaks down complex tasks into verifiable function modules while keeping usability, safety, and later maintenance in view.
Typical applications
Individual robotics and special mechanical engineering for one-of-a-kind tasks, combined processes, and special interfaces.
- Combination of robots, axes, and custom mechanical engineering
- Integration of inspection, machining, and material flow
- Joint commissioning of the complete system
- Linear axes, rotary tables, and customer-specific tools
- Inspect, process, and assemble in one system
Let's discuss a project for this industry
Tell us about the component, process, cycle time and boundary conditions. We assess the task from a technical perspective and clarify the next sensible steps.
[ Special-purpose system engineering ]
Special-purpose system engineering: requirements and solutions
In special-purpose system engineering, it’s rare to have a ready-made reference solution. Components, processes, and customer standards call for new combinations of mechanics, axis systems, robotics, and inspection technology. AROBIS breaks down complex tasks into verifiable function modules while keeping usability, safety, and later maintenance in view.
System concept for complex process chains
- Functional breakdown and technical risk assessment
- Layout, cycle sequence, and modular system architecture
- Clear acceptance criteria for critical sub-processes
- Simulation and pre-trials for critical process steps
- Modular documentation for maintenance and later changes
Integration of individual mechanics and robotics
- Combination of robots, axes, and custom mechanical engineering
- Integration of inspection, machining, and material flow
- Joint commissioning of the complete system
- Linear axes, rotary tables, and customer-specific tools
- Inspect, process, and assemble in one system
Your benefits
- A solution precisely for the specific requirements
- Technical risks become visible early and can be verified
- Complex functions remain modular and maintainable
- Clear interfaces despite custom technology
- Extensions and product changes are taken into account
Complex technology is clearly structured
AROBIS develops special-purpose systems with traceable modules and responsibilities. This way, construction, testing, maintenance, and later changes remain manageable even with high technical individuality.
[ FAQ ]
Frequently asked questions about special-purpose system engineering
Answers to typical requirements and automation opportunities in the special-purpose system engineering industry.
Depending on the project, the scope can range from the engineering and robotics module to a fully automated solution.
Critical functions are identified early and secured through analysis, simulation, design, or trials.
Yes. Handling, processing, assembly, inspection, and labeling can be combined in one system if cycle time and interfaces are coordinated.
Modular assemblies, good accessibility, standardized components, and clear documentation make maintenance and spare parts supply easier.
Change reserves can be planned into the mechanics, control system, and layout. The exact scope depends on the expected variants.
Functions and performance data are defined in advance and checked and documented in graduated tests up to final acceptance.
[ AROBIS industry expertise ]
Why AROBIS for special-purpose system engineering?
AROBIS structures individual tasks into verifiable functions and combines robotics, mechanics, sensing, and software into a manageable system.
From analysis to stable operation
Critical sub-processes are secured first. Clear modules, interfaces, and acceptance criteria reduce risks during build, testing, and later changes.