Flexxbotics has unveiled a major update to its robot-driven manufacturing platform, introducing multi-factory orchestration, enhanced in-line inspection, and expanded ERP/MES integrations. The SaaS/hybrid solution now enables global manufacturers to deploy autonomous robotic workcells across multiple sites, boosting unattended production yields by 30% while maintaining offline operational resilience.
Breakthroughs in Closed-Loop Process Control
At the core of the update is FlexxCORE—a patent-pending interoperability engine that connects over 1,000 CNC models, additive systems, and inspection devices (CMMs, vision systems) into unified workcells. The platform’s new real-time SPC analytics autonomously adjusts CNC programs based on in-line inspection data, compensating for tool wear and material variances without human intervention. “This is Industry 4.0’s holy grail: self-optimizing production,” noted a company spokesperson.
Seamless IT/OT Convergence
The release deepens integration with SAP, Oracle, and Siemens ecosystems while adding:
- 60+ new analytics dashboards tracking OEE, cycle times, and defect root causes
- REST API extensions for BI tool integration
- Secure mobile PWA for global production monitoring via iOS/Android devices
Manufacturers gain plant-floor-to-boardroom visibility, with AI-driven alerts escalating downtime incidents via SMS/email with actionable diagnostics.
Scalable Deployment Without Disruption
Flexxbotics emphasizes phased adoption, supporting:
- Enterprise-wide rollouts across distributed factories
- Incremental workcell upgrades to mitigate operational risk
The company offers turnkey deployment services, ensuring rapid ROI through pre-configured robotics templates for industries like aerospace and medical devices.
Redefining Lights-Out Manufacturing
With this release, Flexxbotics cements its position as the OS for robotic machine tending, merging edge autonomy with cloud-scale analytics. The platform’s ability to orchestrate fleets of robots/cobots across geographies positions it as a catalyst for next-gen smart factories.
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