See cycle losssooner.
Find the delay while there is still time to respond.
Operational Intelligence for Manufacturing
Elegant Engineering.Intelligent Operations.Flowmatic.
Engineering Intelligence for the physical world.
Flowmatic turns factory motion into events, events into decisions, and decisions into coordinated action.
Engineering Intelligence OS
Motion → Event →Decision → Action
A factory does not need one more system. It needs operations to flow.
ObserveRead signals from real work: camera, NC code, operator input, and field data.
EventizeTurn raw signals into operational events such as delay, risk, and demand.
Explore the System
Strategic wedge
From Cycle Timeto Factory OS
Flowmatic does not begin by selling a giant Factory OS. It starts with the smallest visible truth in the factory: cycle time.
Flowmatic CT creates the factory time axis. That time axis becomes Event DB. Event DB connects machining, quality, human workload, material flow, task assignment, and mobile automation.
CTEvent DBNC / Quality / Human FactorsMaterial FlowOperator / FleetMobile AutomationFactory OS
Flowmatic CT creates the factory time axis. Flowmatic Quality records the outcome created on that time axis. Event DB connects when work happened, what result it produced, and what action should follow.
Flowmatic CTFactory Time Axis
↓Event DB
↑Flowmatic QualityOutcome Axis
Operational gaps
Production keeps moving.Decisions arrive late.
The field never stops. Important events and the next action often appear too late.
See riskbefore cutting.
Bring risky tool moves out of the code and into view.
Call materialbefore waiting.
Share demand before the line begins to wait.
Turn know-howinto a shared standard.
Make expert judgment easier to share and repeat.
Field-first design
Read the flowbefore changing the field.
Start with the line as it is. Keep the equipment, workflow, and people already creating value. Make the event visible first, connect one next action, and automate only after the value is proven.
Minimal intervention / Maximum clarity
Intelligence should fit the field.
A factory does not need one more system. It needs operations to flow.
Build onwhat works.
Keep the equipment, workflow, and experience that already create value.
Observebefore automating.
Make the event visible and reliable before automating the response.
Connect onenext action.
Turn each event into a clear guide, alert, call, or review.
Keep peoplein command.
Automate repetition. Keep approval and exceptions human.
How Flowmatic works
Observe → Eventize →Act → Confirm
Flowmatic uses one operating logic: observe the signal, turn it into an event, connect a next action, and confirm the response.
- ObserveRead signals from real work: camera, NC code, operator input, and field data.
- EventizeTurn raw signals into operational events such as delay, risk, and demand.
- ActConnect the event to one next action: alert, review, guide, or call.
- ConfirmConfirm the human or equipment response and close the event.
READ THE FIELD
CAMERANC CODEOPERATORFIELD DATA
CREATE AN EVENT
DATA INEVENTCYCLE COMPLETEMATERIAL LOWPATH RISK
SELECT THE NEXT ACTION
EVENT INACTIONFLOWMATICGUIDEALERTCALL
CONFIRM THE RESPONSE
ACTION INCLOSEDOPERATOR
ACKDEPOTLINEEVENT CLOSED
ACKDEPOTLINEEVENT CLOSED
Flowmatic Products
Product status and pilot scopeshould be explicit.
CT and NC include working demos. Quality shows its working prototype and integration status. Work Standard, TMS, and Fleet show their current development scope.
Flowmatic CT
Model-free Cycle Intelligence
Select a target, define the ROI, measure the cycle, and reveal the loss.
Demo available View CT demoFlowmatic Quality
Connect every inspection resultto evidence and operating data.
Connect multi-camera capture, OK/NG decisions, inspection evidence, and production counts as one inspection event.
Working prototypeInspection–Dashboard integration in progress Explore Flowmatic QualityFlowmatic NC
Pre-cut toolpath review
Turn G-code into visible motion, cycle time, and review points.
Demo available View NC demoFlowmatic Work Standard
Step-by-step operator guidance
Turn process knowledge into a clear, step-by-step operator view.
Development preview See how it worksFlowmatic TMS — Tool Management
Tool life, stock, and location management
Keep tool identity, life, stock, and location in one operating record.
Development preview See how it worksFlowmatic Fleet + Material Flow
Fleet and last-meter execution
Connect material demand to fleet assignment, replenishment movement, and line-side input confirmation.
Development preview See how it worksDemo workflows
Demo workflows
Without verified customer metrics, the site shows only workflows that can be inspected through actual demos.
Product demo
Flowmatic NC
NC program → Toolpath reconstruction → Review point
View NC demoProduct demo
Flowmatic CT
Fixed camera ROI → Start/end event → Cycle timeline
View CT demoMaterial Flow Intelligence
Material Flow Intelligence
Flowmatic does not stop at measuring the factory. It connects measurement to material movement, task assignment, and last-meter execution.
From inventory truthto line-side input
Flowmatic makes material flow before people have to notice the shortage.
Drone InventoryMaterial TruthAMR DispatchLast-meter DockingLine-side InputVerification
Material Flow
Drone Inventory
Drones become mobile inventory sensors. They verify pallet location, rack status, stock mismatch, empty racks, and actual material availability.
- Stock_Counted
- Stock_Mismatch
- Pallet_Located
- Pallet_Missing
- Wrong_Location
- Empty_Rack
- Material_Available
Material Flow
AMR Material Feeding
AMRs are dispatched before the line stops. Flowmatic uses CT, consumption speed, material location, and agent availability to create replenishment tasks.
- Shortage_Risk
- Replenishment_Task
- AMR_Dispatched
Material Flow
Last-meter Logistics
Delivery near the line is not enough. Flowmatic closes the last meters: docking, magazine loading, empty container removal, and input confirmation.
- AMR_Arrived
- Docking_Complete
- Magazine_Loaded
- Material_Input_Confirmed
- Empty_Magazine_Removed
- Line_Replenished
- AMR_Released
Mobile Automation
Beyond Logistics:Mobile Automation
Flowmatic does not stop at moving materials. It moves automation itself.
Instead of building fixed automation around every machine, Flowmatic brings mobile automation to the machine that needs it now.
AMR is not only a vehicle. In Flowmatic, it becomes a mobile execution platform.
Transport Agent
Warehouse to line. Line to finished goods. Empty pallet to input point.
Last-meter Logistics
Docking, magazine alignment, line-side input, empty container return.
Mobile Machine Tending
AMR + robot arm performs loading, unloading, jig placement, tray exchange, and cycle start request.
Flexible Line Automation
A mobile automation cell serves multiple machines without fixed automation around every line.
Reconfigurable Factory Automation
Automation capability becomes assignable by the Orchestrator according to loss, priority, and production plan.
PLC and machine controllers remain responsible for internal machine control and safety. Flowmatic coordinates external process orchestration, mobile automation tasks, material flow, and verification around existing machines.
Orchestrator
The Orchestratordoes not choose the nearest agent.
Flowmatic chooses the agent that minimizes total factory loss.
Total Cost
Total Cost = Production Loss + Travel Time + Waiting Time + Deadline Risk + Skill Mismatch + Workload + Task Switching + Safety Risk + Battery Risk + Payload Constraint + Automation Capability FitOperatorInspectorMaintenance EngineerProduction EngineerAMRAGVForkliftDroneCollaborative RobotMobile Automation CellAMR + Robot Arm
Brownfield strategy
Built forBrownfield Factories
Flowmatic is designed for factories that already have machines. Instead of rebuilding the entire line, Flowmatic adds sensing, events, material flow, task orchestration, and mobile automation around existing assets.
Existing MachinesEvent LayerMaterial FlowMobile AutomationReconfigurable Brownfield Factory
- Use existing machines.
- Add sensing.
- Build Event history.
- Coordinate material flow.
- Send mobile automation where needed.
- Improve productivity without rebuilding the entire factory.
Long-term roadmap
From Model-free CT to Factory OS
Model-free CT
Create the factory time axis.
Event DB
Turn cycles into reusable factory events.
NC + Quality
Connect actual time, program logic, and quality outcomes.
Material Flow
Predict shortages, locate material, dispatch replenishment.
Operator + Fleet
Assign tasks to people, AMRs, forklifts, and drones.
Last-meter Logistics
Close the gap between delivery and actual line-side input.
Mobile Automation
Move automation capability to machines that need it now.
Factory OS
Coordinate the factory as a reconfigurable Engineering Intelligence system.
Final vision
Not a factorywithout people.
Flowmatic is trying to create a factory where people no longer need to fight the system to produce good work.
- Operators do not waste time searching for what to do.
- Engineers do not waste time measuring and cleaning reports.
- Managers do not wait for delayed summaries.
- Machines do not wait without explanation.
- Materials do not wait for people to notice shortage.
- AMRs are not trapped as line-dedicated assets.
- Inventory truth is not discovered only during audit.
- Mobile automation moves to where it is needed.
- Quality problems are not reduced to personal blame.
- Skilled knowledge does not disappear when people leave.
Flowmatic turns engineering judgment into operating intelligence.
Pilot approach
Validate one eventwithout replacing the line.
Choose one event
Pick cycle complete, path risk, work step, tool shortage, or material demand.
Confirm the input
Check camera, NC file, operator input, reference data, or interface.
Connect the action
Connect one alert, review, guide, or call.
Verify the KPI
Use the agreed KPI to decide whether to continue.
Deployment architecture, data location, retention, access control, and integration scope are confirmed during pilot design.
Contact
Validate one eventwithout replacing the line.
Share the problem, available input signals, and target KPI. We will turn them into a focused pilot scope.
