Smart AMR Solutions Connecting Logistics and Manufacturing Operations
Robowink provides AMR (Autonomous Mobile Robot) solutions for material movement automation in logistics and manufacturing environments.
We analyze site conditions and movement routes, then configure AMR systems for real operations by considering autonomous navigation, obstacle detection and avoidance, and integration with higher-level systems.
The solution can be extended with the DVS+SNN Safety Module to add intelligent dynamic-risk perception that complements an AMR’s existing safety-sensor framework.
Rather than simply supplying a robot, we configure mobility, perception, control, and operational integration step by step around the requirements of the actual site.
We analyze movement routes and operating conditions to define autonomous navigation and repetitive transport scenarios for the AMR.
We apply detection, slow-down, stop, and rerouting behaviors while considering people, carts, loads, and other obstacles in the operating environment.
We connect AMR operations with production equipment, logistics equipment, and higher-level management systems through appropriate interfaces.
We validate routes, obstacle response, repetitive transport, and operational stability step by step under actual operating conditions.
This operating flow connects site mapping and localization with path planning, obstacle detection, and motion control.
Site mapping and AMR localization
Route planning based on destinations and transport scenarios
Detection of moving obstacles such as people, carts, and loads
Navigation, slow-down, stop, rerouting, and task execution
AMR Solution can be applied across industrial environments that require repetitive transport and mobile automation.
Automates repetitive logistics tasks such as inbound/outbound transport, picking support, and material movement between zones.
Supports manufacturing automation by connecting inter-process transport of parts and materials with production-line logistics.
Suitable for hospitals, research facilities, large indoor spaces, and other environments requiring structured movement and transport.
We proceed step by step from site analysis and PoC to pilot operation and full deployment.
Analyze movement routes, loads, workers, obstacles, and equipment conditions.
Validate AMR applicability based on transport scenarios and control conditions.
Run repeated operations on site to verify navigation stability and operational flow.
Integrate with operational systems and deploy the AMR into actual work processes.
We review PoC scope and deployment direction based on your site conditions and transport scenarios.
