Material identity stays intact
Heat, blank, part, route, operator, machine, tool, and inspection records stay connected end to end.
INDUSTRIES
DEFENSE INDUSTRY
A live layer for critical processes, traceability, quality, and utility readiness.
Material identity follows every cut blank.
Track bar, billet, heat, dimensions, saw program, operator, and cut quantity against the active order.
Heat, die, press, and piece history stay together.
Connect material heat, furnace exit, die set, forging cycle, operator checks, and scrap reasons.
Forming parameters become a traceable production record.
Read cycle, temperature, pressure, tool, recipe, stop, and piece-count signals while production is active.
Surface preparation readiness is visible before finishing.
Track booth, media, cycle, operator check, surface condition, rework, and downstream release status.
Furnace recipes and material history remain inseparable.
Connect load, recipe, temperature curve, soak time, quench, hardness checks, and release approvals.
Machines, programs, tools, and parts share one live context.
Monitor cell state, program, cycle, tool life, alarms, counts, scrap, and operator confirmations.
Every joint keeps its procedure and inspection trail.
Connect WPS, welder, fixture, parameters, consumables, visual checks, NDT, and rework status.
Bath, layer, and curing data stay tied to the part.
Track preparation, chemistry, thickness, bath condition, curing, inspection, and release status.
Paint preparation and application become measurable.
Connect booth, recipe, batch, layer, temperature, humidity, curing, defects, and approvals.
Dimensional evidence closes the process loop.
Bind CMM programs, characteristics, tolerances, measurements, nonconformities, and release decisions to the part.
Utility health is visible as a production constraint.
Monitor temperature, pressure, flow, energy, alarms, maintenance, and equipment demand in real time.
Chip flow and bin capacity stay visible to the cell.
Connect conveyors, extraction, bin level, material type, change events, alarms, and recycling readiness.
INTERACTIVE PROCESS MAP
Keep every critical process and quality signal connected.
Codlean connects cutting, hot forming, surface preparation, heat treatment, machining, joining, finishing, metrology, and plant utilities into one live production view.
12connected processesQAquality gates<1 minsignal delay
Process focus
MISSION-CRITICAL LAYER
Built around process discipline, evidence, and control.
Critical parameters stay live
Temperature, pressure, time, program, recipe, tool, and utility conditions remain in the active process context.
Quality gates use evidence
Measurements, NDT, surface checks, nonconformities, rework, and approvals stay tied to the exact part.
Utilities join production
Cooling and chip collection are visible before they become hidden causes of downtime or quality loss.
SIGNALS THAT MATTER
Less fragmented evidence. More process confidence.
01
Trace
Part genealogy
Bind material, route, machine, operator, tool, and quality records.
Teams can reach the complete evidence trail without searching disconnected systems.02
CTQ
Critical parameters
See forming, heat treatment, machining, welding, and finishing deviations live.
Process owners act before a deviation travels to the next operation.03
QA
Quality release
Connect checks, measurements, NDT, rework, and approval status.
Release decisions arrive with the required evidence already in context.WHAT TEAMS ASK FIRST
Quick answers for the first defense-industry manufacturing conversation.
Yes. Material heat, blank, part, operation, machine, operator, tool, measurement, and release context can remain connected across the route.
Yes. Forming, heat treatment, machining, welding, coating, painting, CMM, NDT, nonconformity, rework, and approval records can share the same production context.
Usually in process deviation visibility, part genealogy, quality-release evidence, utility readiness, and unplanned-stop clarity.