Unusual components, limited installation space, multiple coupled work steps, or existing machines often require a specially developed concept. AROBIS combines robotics, mechanical engineering, fixtures, sensors, and controls into a solution that removes the specific bottleneck without adding unnecessary complexity.
Individual mechanical engineering, robotics, and testing technology are combined into a clearly structured, maintainable system.
We structure unusual process requirements and develop a technically clear, maintainable plant concept from them.
AROBIS develops individual machines, fixtures, and automation systems for tasks that cannot be solved technically properly or economically in a standard cell.
AROBIS doesn’t develop special solutions as isolated technical one-offs without perspective, but as clearly structured systems. Function, operation, safety, and later support are considered from the start.
AROBIS doesn’t develop special solutions as isolated technical one-offs without perspective, but as clearly structured systems. Function, operation, safety, and later support are considered from the start.
Answers on feasibility, project scope, existing components, prototypes, expansion, and documentation.
A special solution makes sense when standard machines cannot cover the required function, component geometry, cycle time, or installation situation. Coupling several specific work steps can also make an individual system economically viable.
Critical functions are first evaluated mathematically, through engineering design, or by tests. This can include gripper tests, cycle time simulations, space/fit studies, or process trials.
Yes. Existing components are assessed regarding condition, interfaces, safety, and performance capability. If reuse is sensible, they are incorporated into the new concept.
A modular setup can spread investments across multiple expansion stages. The prerequisite is that later functions are already considered in terms of space, controls, safety, and interfaces.
Functions, performance data, and test criteria are defined as early as possible. Pre-acceptance, building on site, and final acceptance are based on these agreed criteria and the actual production task.
Depending on the scope, the system includes, among other things, operating and maintenance information, electrical and pneumatic documentation, bill of materials, risk assessment, as well as relevant test and acceptance documents.