inVia Logic Modules
inVia Logic's modular architecture enables businesses to automate specific warehouse workflows individually or combined. Each module is a standalone software component that digitizes and optimizes a particular fulfillment process. This modular approach allows customers to start with high-impact modules (e.g., Picking) and gradually expand to other processes (Replenishment, Returns, Sortation) without complete system overhaul. Modules work seamlessly together, coordinating activities across the warehouse while maintaining independence for phased deployment.
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Specifications
Architecture
Modular, standalone components
Deployment Model
Pick-and-choose individual modules or combined suite
Flexibility
Modules can be added/removed as business needs change
Integration
Modules work seamlessly together or independently
Scalability
Start with single module to full warehouse automation
Real Time Coordination
Modules maintain workflow coordination
Key Features
Seamless Maneuverability
Seamless Maneuverability - inVia Logic Modules 2.0 demonstrates seamless spot rotations by independently driving its tracks in opposing directions. This capability facilitates precise maneuvers within confined spaces and guarantees accurate positioning, delivering agile and controlled movement with ease
Advanced Suspension System
Advanced Suspension System - inVia Logic Modules 2.0 offers exceptional flexibility with its low center of gravity. Equipped with the 1800W dual-motor drive, it excels in obstacle crossing and climbing with impressive performance. Its independent suspension system and heavy-duty shock absorption guarantee a smooth drive on even the toughest terrains
Expansion and Secondary Development
Expansion and Secondary Development - inVia Logic Modules 2.0 offers aluminum T-slot rails for secure mounting of external sensors or kits. It supports CAN bus protocol for connections and provides open-source SDK and software resources for expanded capabilities
Product Description
inVia Logic's modular architecture enables businesses to automate specific warehouse workflows individually or combined. Each module is a standalone software component that digitizes and optimizes a particular fulfillment process. This modular approach allows customers to start with high-impact modules (e.g., Picking) and gradually expand to other processes (Replenishment, Returns, Sortation) without complete system overhaul. Modules work seamlessly together, coordinating activities across the warehouse while maintaining independence for phased deployment.
Frequently Asked Questions
At only 16 liters and 9 kg, the KR C5 micro enables robot deployment in space-constrained environments - wall-mounted, shelf-installed, or stacked in racks. It operates on single-phase 220V power and includes latest KUKA System Software 8.7, making it ideal for small manufacturers or retrofit installations.
A standard KR C5 cabinet supports up to 8 servo axes. This can be one large multi-axis robot, multiple smaller robots, or robots with external axes. For complex multi-robot systems, multiple cabinets can be networked together.
The KR C5 with KUKA System Software 8.7+ is backward compatible with KR C4 robot programs, allowing migration from legacy systems without complete program rewriting. However, some older robots may require adapter modules.
The KR C5 includes safety-certified functions like emergency stop, safety-rated motion control, force limiting for collaborative applications, and safe standstill monitoring. These functions meet ISO 13849-1 standards for safety-critical applications.
The KR C5 features Gigabit Ethernet, integrated network security, and support for multiple industrial protocols (ProfiNET, DeviceNet, EtherCAT). These enable seamless integration with MES, ERP, and IoT platforms for complete production visibility.
Yes, the KR C5 micro includes optional mounting brackets for standard 19-inch rack rails, enabling integration into data center or control room infrastructure. Multiple micro units can be stacked within a single rack cabinet.