Understanding RTLS Applications in Manufacturing
RTLS in manufacturing. In today’s cutthroat manufacturing landscape, staying ahead of the curve requires peak operational efficiency. Enter Real Time Location Systems (RTLS) – RTLS for improving manufacturing workflows
What is an RTLS, and How Can It Benefit Your Manufacturing workflows
Think of an RTLS as an “indoor GPS software” that pinpoints the exact location of your assets and personnel. Unlike traditional GPS, RTLS for improving manufacturing workflows thrives within your facility walls through a mesh network, delivering real-time data that empowers data-driven decision-making
10 Reasons to Use RTLS in Manufacturing:
Reduce Time Spent Searching
Eliminate wasted minutes spent looking for essential tools, materials, and equipment. RTLS provides real-time tracking, which helps to maintain continuous, smooth production lines.
Optimise Workflow Management
Gain instant visibility into worker locations and task progress. This allows for strategic task assignment and ensures a seamless, efficient production flow.
Minimise Downtime and Prevent Disruptions
Proactively identify potential bottlenecks and equipment malfunctions before they can stop production. RTLS empowers preventive maintenance, maximising machine uptime.
Enhance Inventory Management
Accurately track raw materials, work-in-progress (WIP), and finished goods. RTLS helps prevent stockouts and overstocking, supports First-In, First-Out (FIFO) inventory practices, and generally optimises inventory levels.
Improve Safety and Security
Monitor lone worker movement in hazardous areas, ensure strict adherence to safety protocols, and facilitate faster, more targeted emergency response times.
Reduce Labour Costs: Streamline workflows, minimise wasted time searching for resources, and optimise task allocation. RipplesIPS translates to a leaner, more cost-effective workforce.
Unlock Valuable Data Insights: RTLS generates a wealth of location information through data analytics. Analyse this data to identify process bottlenecks, optimise layouts, and improve overall operational efficiency as a digital twin software.
Empower Data-Driven Decision Making: With real-time location data at your fingertips, make informed decisions about resource allocation, production planning, and overall plant optimisation and yard management.
Enhance Quality Control Throughout Production: Track materials throughout the production process, ensuring they meet quality standards. RTLS facilitates targeted inspections and reduces the risk of defective products.
Deliver on Time and Within Budget for Improved Customer Satisfaction: Faster production times, efficient inventory management, and proactive issue resolution lead to happier customers. RTLS helps you deliver on time and within budget.
How Investing in RTLS Enhances Manufacturing Workflows
An RTLS is more than just an indoor tracking system; it’s a strategic investment that propels your manufacturing facility forward. By leveraging the power of real-time location data, you can achieve significant improvements in efficiency, safety, and profitability. Read the MTBF case study and improve manufacturing efficiency with digital twins
Beyond location tracking, RipplesIPS monitors equipment health in real time — detecting pump motor anomalies and flagging minor issues before they escalate into unplanned stoppages. Combined with CMMS integration, this enables preventive maintenance scheduling based on actual machine behaviour rather than fixed intervals, directly improving Overall Equipment Effectiveness (OEE) and Mean Time Between Failures (MTBF). See how RTLS and CMMS reduce manufacturing downtime →
Traditional RTLS vs. RipplesIPS 0-Wire Mesh
| Feature | Passive RFID | Traditional Wired RTLS | RipplesIPS (0-Wire Mesh) |
| Real-Time Visibility | Chokepoint only (Gateways) | Continuous | Continuous & Dynamic |
| Installation | Hardwired Readers | Extensive Data/Power Cabling | 100% Wireless (Battery) |
| Deployment Time | Weeks | Months | Days |
| Scalability | High Cost for New Gates | Complex Rewiring Required | Plug-and-Play Anchors |
| Accuracy | Zone Level | Sub-meter to 3m | 1m to 5m (Optimised) |
| Total Cost (TCO) | Medium | High (Infrastructure Heavy) | Lowest (Minimal Capex) |
RipplesIPS goes beyond workflow tracking — the full production floor management platform covers pump motor monitoring, contractor safety, WIP bottleneck detection, and OEE analytics, all from a single 0-wire dashboard. See the full production floor management platform →
Ready to Take Control?
Contact us, a leading RTLS provider, today and discover how to deploy RTLS to improve manufacturing workflows and transform your operations. Unleash the power of real-time location intelligence and drive your business toward success!
See how manufacturers, including SLB, ZF Gears, and Henkel, have deployed RipplesIPS on active production floors — WIP tracking, equipment monitoring, and connected worker safety, all live in under a week. Read the RTLS case studies →
RTLS for manufacturing — frequently asked questions
What manufacturing workflows does RTLS improve most?
RTLS delivers the fastest ROI in work-in-progress tracking, tool location, and worker safety. On a production floor, the biggest time losses are search time — engineers looking for tools, supervisors chasing WIP status, and managers manually updating job cards. RTLS eliminates all three by making every asset and zone transition visible in real time. See how WIP tracking works →
How accurate is BLE RTLS on a factory floor with metal machinery?
BLE mesh delivers 2–2.5 metre accuracy in standard factory environments, sufficient for zone-level WIP tracking and inventory location. Bluetooth Angle of Arrival (AoA) reaches sub-metre accuracy for tool tracking or safety exclusion zones. Both technologies are tested in environments with metal machinery interference — the mesh network self-heals around obstructions. Compare RTLS technologies →
How long does it take to deploy RTLS on an active production floor?
A typical factory zone is live in under 7 days with no cabling, no electricians, and no production shutdown. Battery-powered anchors mount on walls or pillars, a gateway connects to your LAN or Wi-Fi, and tags are assigned to assets via the cloud dashboard. The RipplesIPS starter kit is designed specifically for teams that want to evaluate deployment before committing to full rollout. See the starter kit →
Can RTLS integrate with our MES, ERP, or CMMS?
Yes. RipplesIPS integrates via REST API and MQTT with MES, ERP systems, including SAP and Microsoft Dynamics, and CMMS platforms. Location events — zone entries, dwell time thresholds, asset movements — trigger automated updates in your existing systems without manual data entry. For manufacturing downtime specifically, RTLS and CMMS integration enables automated OEE tracking. See RTLS and CMMS for downtime tracking →
What have other manufacturers achieved with RipplesIPS?
SLB deployed RipplesIPS across a marine pump repair facility and gained full WIP visibility across seven repair stages within one week — no scanning, no manual entry. ZF Gears replaced manual temperature spot-checks with always-on wireless monitoring across critical production equipment. Henkel tracked factory workers across production, packaging, and dispatch zones with automated restricted area alerts. Read the full case studies →
How does RTLS improve worker safety on the factory floor?
BLE wearable tags give workers a real-time presence on the floor plan. Supervisors receive automated alerts when a worker enters a restricted or hazardous zone, and lone-worker monitoring ensures nobody is out of contact in a remote area. Panic buttons on tags allow workers to trigger an alert with their exact location. See connected worker safety →