Robotic Cell Integration for Orbital Stretch Wrapping
Engineered by our Atlanta Technical Hub for absolute end-of-line autonomy. Integrate Dynawrap Pro Series orbital wrapping machines directly with FANUC, ABB, KUKA, and Universal Robots using native EtherNet/IP handshakes, CIP Safety protocols, and automatic film clamp-and-cut systems to eliminate direct labor variability and achieve seamless WMS and MES (Manufacturing Execution System) synchronization.
Proof of Concept: Fully Autonomous Mechanical Workflows
The Dynawrap Pro 2200 deployed in a completely automated end-of-line cell. In this configuration, a 6-axis robotic arm utilizes precise handoff control to stack industrial bundles directly onto the zero-footprint motorized infeed, eliminating bottlenecks during peak demand periods.
Once the robot clears the safety zone and asserts its discrete and register handshakes, the wrapper's PLC automatically reads the product dimensions via optical sensors, engages pneumatic top-platens for stabilization, and initiates dynamic parameter optimization for the wrap cycle. Driven by precision differential speeds, the automated film clamp-and-cut system severs the tail, allowing the outfeed conveyor to advance the product to palletizing without a single human touch point - protecting your effective yield factor.
Controls & WMS Sync
Built on standard hardware architectures - Beijer Electronics, Siemens, Beckhoff, or Allen-Bradley - our cells provide deterministic industrial control and are strictly Systems Integrator (SI) ready for immediate WMS and MES synchronization.
- Protocols: EtherNet/IP, PROFINET, EtherCAT, Modbus TCP
- Messaging: Explicit (acyclic) vs. Implicit (cyclical) routing
- Remote Diagnostics: HMI-enabled remote troubleshooting
Robotic Automation Triggers
Eliminate programming guesswork. Our PLCs utilize standard discrete and register handshakes for FANUC, ABB, KUKA, UR, and Yaskawa arms to initiate precise automation triggers and seamless handoff control.
- Execution I/O: Ready, Start, Busy, Complete, Fault
- Advanced Logic: Product Present, Wrapped-Ready Signal
- Safety Logic: Built-in Reject Bypass Mode
EHS Perimeter Safety
Designed for true zero-touch autonomy, our Pro Series architecture mitigates EHS liabilities and ergonomic strain via ISO and CIP Safety compliance to lock down the hazardous wrapping perimeter.
- Network Safety: CIP Safety & PROFIsafe integration
- Physical Safety: Robot-Safe hardwired I/O interlocks
- Optical Safety: Safety-rated communication scanners
Turnkey Commissioning Packet
We supply the absolute highest level of technical documentation, ensuring your engineering team achieves rapid Factory Acceptance Testing (FAT) to lock in financial payback metrics and verify OEE (Overall Equipment Effectiveness) tracking.
- Electrical: Full schematics (PDF & CAD)
- Programming: I/O List, PLC Tag Map, Ethernet Object Map
- Uptime: Predictive Maintenance Parts Packages
- Security: PLC/HMI Source Code Backups included
Dynawrap LUMI™ 3D Algorithmic Vision
Achieve true recipe-free autonomy for high-mix production lines. The optional LUMI™ System leverages edge computing and an Intel® 3D depth-sensing camera to execute instantaneous volumetric scanning. The algorithm calculates exact dimensions and sends dynamic parameter optimization data directly to the PLC, applying the perfect inward radial force and mid-load PLI zone stability without manual operator intervention.
ERP & Barcode Integration
Maintain total inventory visibility and inventory reconciliation. Integrated scanners utilize Automatic SKU Recognition to read incoming product barcodes, cross-check your ERP, and reprint labels onto the finished stretch film - enabling seamless transition to ASRS (Automated Storage and Retrieval Systems).
Predictive Fault Diagnostics
Engineered for zero-downtime. The Stretch Secure™ System monitors telemetry data (motor temperature, torque variance, and bearing wear) for predictive maintenance. It halts the cell upon detecting a film break, while early-warning sensors alert operators to low film rolls before they cause continuous inline extrusion stoppages.
Custom Engineered Cell Layouts & Conveyor Staging
Whether integrating with upstream extruders or downstream palletizers, the physical architecture of the packaging cell dictates total factory throughput. Our engineering team utilizes upstream conveyor staging, buffer zones, and zero-pressure accumulation to absorb timing mismatches and prevent line deadlocks.
Custom Dimensions: Variable infeed/outfeed lengths, working heights, and payloads are fully engineered to match facility infrastructure (upgrading to Vulkollan® polyurethane rollers, heavy-duty stainless steel slats, or motorized chain conveyors for extreme tonnages while navigating tight rotational clearance radiuses).
Robotic Cell Calibration Protocols
Achieving zero-downtime automation requires absolute consistency in film delivery. Because robotic cells operate without human oversight, the pre-stretch carriage and servo-tensioners must be mathematically baselined to successfully navigate the elastic to plastic deformation transition.
Backed by our zero-tear guarantee, automated integrations demand Cast Clear Machine Film. This protocol activates the film's memory, allowing our engineers to lock in the exact stretch-yield ratios and anti-tear thresholds required for uninterrupted robotic throughput.
Ready to Automate Your End-of-Line Packaging?
Ensure seamless integration before the equipment ever hits your floor. Our deployment packages include concept layouts, PLC I/O maps, robotic handshake documentation, and comprehensive Factory Acceptance Test (FAT) plans.
Robotic Cell Integration: Frequently Asked Questions
How does robotic stretch wrapper integration improve financial payback metrics?
By eliminating direct labor variability and automating mechanical workflows, robotic cells ensure continuous inline wrapping. Coupled with a 300% effective yield factor from dual-roller servomotors and real-time OEE (Overall Equipment Effectiveness) tracking via your Manufacturing Execution System (MES), facilities drastically reduce their cost-per-pallet transit containment and can recoup the machine's purchase price in 6 to 12 months.
What PLC protocols are supported for automated packaging cells?
Our Pro Series wrappers support native EtherNet/IP, PROFINET, EtherCAT, and Modbus TCP protocols for seamless explicit and implicit messaging. This allows for total deterministic industrial control, WMS synchronization, and direct automation triggers with industrial arms like FANUC, ABB, KUKA, and Universal Robots.
Does automated robotic wrapping reduce EHS liabilities?
Yes. Robotic cell integration utilizes ISO and CIP Safety compliance to completely remove humans from the wrapping hazard zone. This eliminates repetitive-motion injuries, back strain, and severe EHS liabilities associated with manual hand-wrapping, allowing staff to be safely redeployed to higher-value warehouse duties.