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Production Management
NEXTAS FMS System — Flexible Manufacturing Management Platform
A centralized production management platform for multi-machine coordination, intelligent scheduling, full-process traceability and data visualization — the digital hub from standalone cells to full-line integration
7 Core ModulesDashboard, planning, management, machine control, tool tracking, fixture management, and AI vision inspection.
Multi-Machine CoordinationSchedules, sequences and synchronizes production across multiple CNC machines and automation equipment.
Full TraceabilityEnd-to-end tracking from order to completion with audit trails and production visibility at every step.
Manage multi-machine production schedules, monitor real-time equipment status, optimize tool life, and deliver complete production traceability—without requiring separate MES, scheduling and automation control systems.
FMS is the software brain — it does not ship with cells, robots, or pallet magazines. Run it on top of any CNC line (including the Nextas Automation Series, but not limited to it) when scheduling, traceability, and tool/fixture coordination outweigh raw loading hardware.
Lead time: 15–25 days
MOQ: 1 set
Payment: T/T · L/C
ISO 9001 / 14001 / 45001
MIC Verified Supplier
Core capabilities this system delivers
- Real-time production visibility: centralized dashboards show machine status, production progress, equipment health and order tracking.
- Intelligent scheduling and coordination: APS-style scheduling balances load across machines, optimizes tool usage and minimizes idle time.
- Precision-driven operations: tool life management, fixture configuration, and positioning data ensure quality consistency and repeatability.
- AI-powered quality inspection: 2D vision with machine learning for defect detection and post-machining validation.
Four-layer architecture
Scalable system design for production control
The FMS System is built in layers that keep display, decision-making, hardware control and communication protocols independent, so you can scale from single-cell dashboards to multi-line coordination without rework.
1
Display Layer
Smart dashboards, remote terminals, real-time status monitoring and production visualization for operators and planners.
2
Decision Layer
APS scheduling, load balancing, path optimization, and exception dispatch — determines what equipment does next and when.
3
Execution Layer
Equipment integration: overhead crane, AGV, machine tools, storage systems. Receives and executes scheduling commands.
4
Industrial Communication Layer
OPC UA, Profinet, EtherCAT, Modbus support for equipment connectivity and data exchange with legacy and modern systems.
7 Functional Modules
Each module handles a critical part of production management, from planning through execution, with full integration across the system.
System Dashboard
Centralized view of production progress, process flows, order tracking, and equipment status at a glance.
Production Planning
Auto-receives ERP/MES orders, generates executable schedules per priority rules, and manages queue optimization.
Production Management
Full lifecycle order tracking — completed, in-process, queued, and exception orders with status visibility and history logs.
Machine Management
Real-time machine status, fixture/tool tracking with life warnings, and remote process version control.
Tool Management
Tool life status bound to tool positions, real-time cutting life monitoring, and proactive change scheduling.
Fixture Management
Fixture-to-pallet/datum configuration, positioning and clamping confirmation, repeatability logging (3000+ cycles).
AI Vision Inspection
AI + 2D high-precision cameras with machine learning for post-machining positioning and defect detection.
Equipment OEE Display
Uptime, downtime, load trends and efficiency metrics with time/machine/line drill-down for detailed analysis.
Full-Process Digital Management
End-to-end digital production flow from product setup through MES integration to FMS execution, ensuring data consistency and traceability at every step.
Product setup to execution pipeline
1
Product Configuration
Machine program, tool list, fixture type, cycle time and quality checkpoints are defined in the system.
2
ERP/MES Link
Production orders automatically flow from ERP/MES with material, quantity, due date and priority data.
3
Schedule Generation
FMS automatically generates optimized schedules balancing machine load, tool availability and order priority.
4
Real-time Execution
Equipment receives dispatch commands with fixture, tool and part data; executes with full status tracking.
5
Quality & Traceability
AI vision inspection validates parts; results logged with machine, operator, fixture and tool data.
6
Data Close
Production results, tool consumption and quality data feed back to ERP for reporting and continuous improvement.
Plant-scale FMS
What an FMS line looks like in real customer plants
Three reference layouts taken from active deployments — single-cell rotary, multi-machine island, and a four-row pallet flow. Sizing depends on part mix, batch size, and shift plan, but these views show how the same FMS logic scales.
Four cell layouts you can mix on the same FMS backbone
Single-machine rotary cell
Rotary indexer + pallet stack on one machine. Lowest entry point — moves a single CNC from manual to lights-out.
Robot-tended cell
6-axis arm in front of the machine plus a pallet rack and HMI. Runs a small mix of pallets unattended overnight.
Multi-machine island
One arm or shuttle linking 2–4 machines. Shared pallet pool, shared queue, shared ROI.
3-machine production cell
Compact island variant — three machines, one robot, perimeter fence. Common starting point for an unmanned cell.
Plant overview
And how it stitches together at plant scale
Multiple FMS islands on a shared pallet flow. The same control layer schedules every cell, so adding capacity later is incremental, not disruptive.
PROOF POINTS
Why automation pays back
Three benchmarks from Nextas FMS deployments — actual results vary by part mix, batch size, and shift pattern.
See detailed numbersClick to expandClick to collapse
FMS Planning Checklist
What to prepare before implementing FMS. Most projects succeed when machine integration, scheduling logic and data scope are clarified upfront.
What to confirm before project start
- Machine integration scope: which machines will be controlled, how many are in the line, and what control protocols they support.
- Data integration paths: ERP/MES connectivity, RFID requirements, tool/fixture data sources and quality data collection.
- Scheduling requirements: simple batch priority or complex load balancing, exception handling rules and re-scheduling frequency.
- Communication protocols: OPC UA, Profinet, EtherCAT, Modbus or other industrial protocols required for equipment connection.
Typical phased implementation approach
Many organizations start small and expand over time:
Phase 1: Visibility
Dashboard and basic machine monitoring, no scheduling.
Phase 2: Scheduling
Add production planning and order sequencing across machines.
Phase 3: Precision
Tool and fixture management with proactive life tracking.
Phase 4: Quality
AI vision inspection and full production traceability.
Frequently Asked Questions
What is the difference between the FMS System and the Automation Series?
The Automation Series covers physical hardware — vault cells, rotary warehouses, truss units. The FMS System is the software and control platform that coordinates scheduling, traceability, tool management and production visibility across those physical units.
Does the FMS System require all automation hardware to be from Nextas Tech?
No. The system supports integration with major CNC brands (Mitsubishi, Fanuc, Brother, etc.) and standard industrial protocols like OPC UA, Profinet and EtherCAT.
When should a factory consider FMS instead of standalone automation?
When the bottleneck shifts from loading/unloading speed to multi-machine scheduling, order traceability, tool life coordination and unattended shift management. FMS adds value when you have multiple machines that need to run coordinated, or when production visibility and tool optimization become important.
Can the FMS System be phased in?
Yes. Many projects start with basic dashboard and machine monitoring, then add scheduling, tool management and AI vision as the line matures. You don't have to implement all 7 modules at once.
What is the typical lead time from confirmed PO to shipment?
Standard NEXTAS FMS deployments — software licenses with the seven base modules — are typically delivered 4–6 weeks after PO confirmation. Custom MES integrations, additional machine adapters, or non-standard PLC fieldbus support add 1–2 weeks of engineering. Committed lead time is confirmed in writing once the integration scope and machine list are locked.
What inspection and quality documentation ships with each Nextas Tech FMS System?
Each FMS deployment ships with an integration acceptance report covering scheduling, MES connectivity, OPC UA / Profinet / EtherCAT pass-through tests, and module activation logs. Source-code escrow terms, audit trails, and the written warranty are available on request at contract time.
Related Products
Automation Series
Physical hardware for CNC automation: vault cells, rotary storage, and truss units that work with FMS System control.
View Details →
Automatic Pallet Changer
Fast pallet exchange for higher spindle utilization, integrates with FMS System for full production tracking.
View Details →
Zero-Point Systems
Standardized datum interface that enables offline prep and precise workpiece positioning tracked by FMS.
View Details →
Plan your FMS implementation with Nextas Tech
Send your machine list, integration scope and scheduling requirements. Our team will help you develop a roadmap for phased FMS deployment that matches your production complexity and budget.