Robotics & Integration
At ASIS, robotics means: process-driven, integrated, and practical
At ASIS, robotics is not system-oriented but process-oriented. We develop robotic solutions based on real-world requirements and fully integrate them into the plant, material flow, and application.
This results not in isolated applications, but in end-to-end processes—from programming to stable series production.
Through the close integration of engineering, design, and implementation, we create solutions that not only function but also operate economically and reliably over the long term.
In-depth process knowledge in surface engineering and related processes
Vendor-neutral systems for optimal performance
Development and Construction of Custom Application and Handling Systems
Achievements in Robotics and Integration
Consistent, precise, actionable.
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All
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Concept
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Programming & Implementation
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Commissioning & Safety
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Optimization & Expansion
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Handling & Custom Solutions
Development of the optimal robotics solution based on the process
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Analysis of components, applications, and requirements
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Definition of process flows and system architecture
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Integration into the plant and layout concept
Result: a well-thought-out and feasible overall concept
Selecting the Optimal Robot System for Your Application
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Sizing Based on Reach, Payload, and Process
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Analysis of Tools and Components
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Vendor-neutral selection
Result: a perfectly tailored robotic solution
Efficient and Reproducible Process Workflows
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Path planning based on CAD data
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Offline programming without interrupting production
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Use of proven process strategies
Result: stable processes and rapid integration
Modernization of Existing Systems
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Adaptation of existing programs to new robot systems
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Use of converters and tools
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Integration of new technology into existing production lines
Result: Increased performance and future-proofing
Faster and Safer System Startup
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Integration of different robotics and control systems
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Use of simulation and virtual commissioning
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Minimization of on-site commissioning time
Result: Safe and rapid start of production
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Safe Human-Robot Interaction
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Establishment of Safe Areas and Safety Zones
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Integration of dynamic safety concepts
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Configuration of manufacturer-specific systems
Result: maximum safety combined with high productivity
Optimization Without Interrupting Production
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Creating new programs offline
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Integration during non-production hours
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Reduction in online time
Result: greater efficiency with minimal disruption
Expansion of Existing Facilities
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Replacement of traditional systems with robotics
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Integration of additional processes
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Expansion of the product range
Result: greater efficiency with minimal disruption
Design of Efficient Automation Solutions
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Definition of Process Flows
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Positioning of Robots and Components
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Consideration of Ergonomics and Safety
Result: Stable and cost-effective processes
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Custom Solutions for Complex Requirements
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Development of grippers and handling tools
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Selection of suitable technologies
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Integration of sensor technology
Result: flexible and robust handling systems
White Paper: Robotics
How to efficiently automate manual processes and sustainably improve quality.
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Reducing Manual Steps
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Improving quality and process reliability
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Scalability for a wide range of variants
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Integration into existing production lines
