Custom shop floor tracking systems — barcode scanning, touchscreen kiosks, real-time WIP dashboards, machine status monitoring, and labor tracking — built by a Zeeland, MI company with 20+ years in manufacturing software. We give plant managers the visibility they need at a fraction of the cost and implementation pain of Plex, IQMS, or Rockwell FactoryTalk.
Walk into most discrete manufacturing plants in the $10M–$200M revenue range and you will find the same scene: a whiteboard near the production office with job numbers scrawled in dry-erase marker, a stack of paper travelers stuffed into plastic sleeves on each job cart, and a production supervisor who carries the real status of every job in their head. When the VP of Operations asks where job 4872 is, someone walks the floor. When a customer calls about their order, the sales team emails the production manager and waits. When month-end hits, someone manually compiles labor hours from timesheets against job numbers to figure out which jobs made money and which ones bled margin. This is not a technology problem. It is a cost-of-entry problem. The solutions that promise to fix it — full Manufacturing Execution Systems from vendors like Plex, IQMS (now DELMIAworks), Rockwell FactoryTalk, or Siemens Opcenter — cost $300K–$750K to implement, take 12–18 months to go live, and require dedicated IT staff to maintain.
The real damage of operating blind on the shop floor shows up in five places. First, WIP inventory carrying costs. Without real-time tracking, most manufacturers hold 15–30% more WIP than they need because nobody can see where partially completed jobs actually are. At a plant running $8M in annual WIP, that is $1.2M–$2.4M in excess inventory sitting on the floor generating zero revenue. Second, labor misallocation. When operators self-report hours on paper, the data is routinely 15–25% inaccurate — rounded to the nearest quarter hour, jobs miscoded, setup time lumped into run time. You cannot improve what you cannot measure, and your job costing is built on fiction. Third, schedule adherence. Without visibility into which operations are complete, which are in queue, and which are running behind, production scheduling is guesswork. Supervisors over-promise delivery dates, expedite fees stack up, and hot jobs disrupt the entire production sequence multiple times per week.
Fourth, quality containment. When a defect is found, traceability means walking the floor and checking paper travelers to figure out which other jobs ran on the same machine, used the same material lot, or were worked by the same operator. A containment action that should take 15 minutes takes 4 hours. For shops with aerospace (AS9100), automotive (IATF 16949), or medical device (ISO 13485) customers, this traceability gap is an audit finding waiting to happen. Fifth, tribal knowledge. Your best production supervisor knows where every job is, which machines are running behind, and which operators are fastest on which work centers. When that person retires, takes vacation, or calls in sick, the shop floor goes dark. Real-time tracking turns tribal knowledge into institutional data.
WIP inventory 15–30% higher than necessary because nobody can see real-time job locations ($1M+ in excess carrying costs at typical plants)
Paper-based labor tracking 15–25% inaccurate: job costing built on rounded, miscoded, or missing time entries
No real-time schedule visibility: supervisors over-promise delivery dates and expedite 10–20% of jobs weekly
Quality containment takes hours instead of minutes — tracing defects through paper travelers and memory
Production status lives in one supervisor's head: vacation or turnover creates total visibility blackout
Full MES solutions cost $300K–$750K with 12–18 month implementations — impossible to justify at $10M–$200M revenue
Our engineers have built this exact solution for other businesses. Let's discuss your requirements.
Shop floor tracking does not require a $500K MES. What plant managers actually need is straightforward: know where every job is, know how long each operation takes, know which machines are running or idle, and see it all on a dashboard without walking the floor. FreedomDev builds custom shop floor tracking systems that deliver exactly this — barcode or QR code scanning at each work center, touchscreen kiosks for operator job check-in and check-out, real-time dashboards showing WIP status across every routing step, and machine status monitoring for utilization tracking. We integrate directly with your existing ERP (Epicor, JobBOSS, Global Shop Solutions, Infor, SAP Business One, or whatever you run) so there is no duplicate data entry and no standalone system to reconcile. Implementation runs 8–16 weeks and costs $40K–$120K depending on plant size and complexity — a fraction of what Plex or IQMS quotes for the same visibility.
The architecture is deliberately simple because simple systems get adopted. An operator walks up to a kiosk at their work center, scans their badge, scans the job traveler barcode, selects the operation, and taps Start. When the operation is complete, they tap Complete and the job moves to the next step in the routing. That single interaction — which takes under 5 seconds — captures labor start and stop time tied to the specific employee, operation, work center, and job number. It updates WIP location in real time. It feeds the production dashboard. It provides the data for actual-versus-estimated job costing. And it gives production scheduling a live view of which operations are in queue, in progress, and complete across every work center in the plant. No paper travelers. No whiteboard updates. No walking the floor to find a job.
For plants that need machine-level monitoring, we add lightweight data collection at the work center — either through direct PLC/OPC-UA integration on CNC equipment, simple I/O modules that detect machine run/idle/fault state, or even cycle-count sensors for high-volume stamping or injection molding operations. Machine data feeds the same dashboard, giving supervisors a real-time view of OEE (Overall Equipment Effectiveness) broken into availability, performance, and quality components. This is not a full SCADA system. It is targeted data collection that answers the questions plant managers actually ask: is the machine running, how many parts has it made, and what is the current cycle time versus standard.
Rugged barcode scanners or integrated camera scanning at each station. Operators scan their badge and the job traveler to clock in and out of operations. Works with 1D barcodes, 2D QR codes, and Data Matrix codes. Scanning takes under 2 seconds. No typing, no paper, no ambiguity about which operator worked which job.
Purpose-built touchscreen interfaces designed for the shop floor — large buttons, glove-friendly, readable from 3 feet away in variable lighting. Operators see their assigned jobs, start/stop operations, log scrap or rework, and flag quality holds. The interface is deliberately stripped down: no menus to navigate, no training manual required. If your operator can use a smartphone, they can use the kiosk.
A live production dashboard displaying every active job, its current operation, its work center location, on-time/behind status against the schedule, and next operation in the routing. Color-coded for instant visual management: green for on-schedule, yellow for at-risk, red for behind. Accessible from any browser — production office monitors, supervisor tablets, or the VP of Operations' laptop. Updates in real time as operators scan in and out.
Real-time machine state tracking — running, idle, setup, fault — through PLC/OPC-UA integration, I/O modules, or cycle-count sensors depending on equipment age and capability. Automatic OEE calculation broken into availability, performance, and quality. Historical machine data for capacity planning, bottleneck identification, and preventive maintenance scheduling. No full SCADA system required.
Actual labor hours captured per employee, per operation, per job — automatically, at the point of work, with no self-reporting. Direct comparison of actual versus estimated hours by operation, by work center, and by employee. Setup time tracked separately from run time. Labor efficiency reporting that identifies where time leaks and which estimating assumptions are wrong. This data feeds directly into your ERP for job costing that reflects reality.
Bidirectional sync with your existing ERP — job releases, routings, and BOMs flow from ERP to the shop floor system; labor transactions, WIP status, operation completions, and scrap reporting flow back. We integrate with Epicor, JobBOSS, Global Shop Solutions, Infor CloudSuite Industrial (SyteLine), SAP Business One, IQMS, Plex (for shops that have Plex but need better floor-level tracking), and legacy systems with direct database or flat-file integration.
We looked at Plex and the quote came back at $450K with a 14-month timeline. FreedomDev built us a shop floor tracking system in 12 weeks for a fifth of the cost. Our production supervisors can see every job in real time, our job costing is finally accurate, and operators adopted it in two days because all they do is scan a barcode. We reduced WIP by 22% in the first quarter.
We walk your shop floor. Not a Zoom call — we come to the plant. We document every work center, map job routings against physical material flow, identify bottleneck operations, inventory staging points, and quality inspection gates. We review your current ERP setup to understand how jobs, routings, and BOMs are structured. We interview production supervisors, machine operators, and the scheduling team to understand their actual workflow versus the documented process. Deliverable: a floor map with recommended kiosk locations, a scanning workflow design for each work center type, an ERP integration specification, and a phased implementation plan prioritized by highest-visibility-gap first.
Based on the floor assessment, we specify hardware for each work center: industrial touchscreen kiosks (typically 15–21 inch panel PCs rated for shop floor environments), barcode scanners (tethered or wireless depending on workstation layout), badge readers for operator login, and network infrastructure (wired Ethernet where possible, industrial-grade Wi-Fi where cable runs are impractical). We do not sell hardware — we specify it and you procure from your preferred vendor. Typical hardware cost per work center runs $800–$2,500 depending on screen size and environmental rating (dust, coolant, temperature). A 20-station plant usually lands at $25,000–$50,000 total hardware investment.
We build the kiosk application, the real-time dashboard, the machine monitoring connectors (if applicable), and the bidirectional ERP integration. The kiosk interface is developed iteratively with your production team — we put a prototype on the floor within 2 weeks and refine based on operator feedback. Every screen is tested by actual operators wearing gloves in actual shop floor lighting. The ERP integration is built against a sandbox or test environment first, validated transaction-by-transaction against your existing data, and only connected to production once both sides are verified. Machine monitoring connectors are configured per-machine based on the equipment assessment.
We deploy to one production line or work center cluster first — typically 3–6 stations that represent your most common job routing. Operators are trained in a 30-minute session (the system is designed to require minimal training). We run the pilot alongside existing paper travelers for 1–2 weeks, comparing digital tracking against physical tracking to validate accuracy. This is where we catch edge cases: split operations, outside processing steps, rework loops, jobs that skip operations, and operator workflow habits that the initial design did not account for.
After the pilot validates, we roll out to remaining work centers in phases — typically one department or production area per week. Dashboards are configured for each stakeholder: production supervisors see detailed work center status, the scheduling team sees job-level progress against delivery dates, plant management sees aggregate OEE and on-time delivery metrics, and sales can see real-time job status to answer customer inquiries without calling the floor. Paper travelers are retired once each area is stable on the digital system. Ongoing support runs $1,000–$3,000/month for monitoring, ERP sync maintenance, dashboard modifications, and software updates.
| Metric | With FreedomDev | Without |
|---|---|---|
| Implementation Cost | $40K–$120K total | Plex/IQMS/Rockwell: $300K–$750K+ |
| Time to Go-Live | 8–16 weeks | Full MES: 12–18 months |
| Annual License/Maintenance | $12K–$36K/year | MES: $50K–$150K+/year in licensing |
| IT Staff Required | Zero dedicated IT — we maintain it | MES: 1–2 FTEs for admin and configuration |
| ERP Integration | Bidirectional, built for your specific ERP | MES: Requires middleware or expensive ERP-specific connectors |
| Operator Training | 30-minute session, designed for zero learning curve | MES: Multi-day training, ongoing classroom sessions |
| Customization | Built around your routing and workflow from day one | MES: Months of configuration to match your process |
| Floor Adoption Rate | 90%+ within first week (simple barcode scan) | MES: 3–6 months to full adoption with ongoing resistance |
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