Autonomous Mobile Robots (AMRs) offer flexible, infrastructure-light material handling for UK manufacturers facing labour shortages. However, successful deployment requires careful planning beyond the hardware itself.
Before investing, ensure your project delivers sustained value with these five essential checks. At FlexDrive, we don’t just supply robots; our engineering team can consult and help you with every step of this process, from initial definition to final deployment.
1. Define the Transport Problem Clearly
The robot is a tool, not the solution. Begin by meticulously mapping the task:
- Specify Routes: Document exact paths, distances, and potential bottlenecks.
- Analyse Payloads: Confirm maximum weight, dimensions, and load stability. (FlexDrive supports payloads from up to 2,500 kg.
- Determine Loading Method: How is material transferred? (Conveyor, lift, manual?).
FlexDrive Support: We can conduct a detailed site audit to map your workflows and define the precise AMR configuration for your needs.
2. Check Integration Requirements Early
Your transport system must not be an island. Determine upfront if the AMR requires:
- Machine Communication: Real-time signals to synchronise with conveyors or robot cells.
- Unified Safety: Integration with existing fixed safety fencing or E-stop circuits.
- MES/ERP Connectivity: Data transparency for higher-level manufacturing systems.
FlexDrive Support: Leveraging our native integration with Siemens SIMOVE, we can design a seamless communication strategy with your existing equipment.
3. Review Environmental Constraints
An AMR that works in a lab can fail on a dynamic factory floor. Audit your actual environment:
- Floor Condition: Are there cracks, drains, or slopes? (FlexDrive uses a complex multi-castor drive system for traction).
- Aisle Width: Check actual cleared operating space, not just theoretical layouts.
- Charging Strategy: Where will stations be located? Do you require opportunity charging or a hot-swapping battery system?
FlexDrive Support: We utilise Technomatix Plant Simulation to create a virtual twin of your facility, verifying cycle times and battery performance before deployment.
4. Plan Operator Workflow Changes
Automation changes daily routines. People and robots must co-exist productively. Plan for:
- Operational Routines: Who prepares loads? How are maintenance call-outs handled?
- Buy-in: Successful automation requires the proficiency and support of your team on the ground.
FlexDrive Support: Our FlexCare models include operator and maintenance training to ensure your staff are confident and safe.
5. Choose a System Partner, Not Only a Robot Supplier
Intralogistics is not a “plug-and-play” purchase. Successful deployment depends on sustained support:
- Local Engineering: Can the vendor provide fast, on-site assistance (e.g., <4 hours for mission-critical operations)?
- Lifecycle Support: Will components be supported in 5–10 years? FlexDrive anchors its technology to the reliable Siemens ecosystem.
FlexDrive Support: We view ourselves as your long-term intralogistics partner, providing complete turnkey engineering, commissioning, and ongoing maintenance.
