Conceptual illustration of a connected additive manufacturing facility

Auzyron Manufacturing Orchestrator

AMO

Manufacturing Operating System

Machines, people, and production.
Connected. Traceable. Locally controlled.

Explore the process

01 / The vision

One factory.
One connected system.

AMO brings production, materials, quality, and people together. Starting with mixed 3D printer fleets, its modular architecture is designed to grow across manufacturing processes.

Local-firstVendor independentUnit-level traceability

02 / The platform

Modular by design.

Manufacturing execution (MES), material planning (MRP), and product lifecycle management (PLM). One connected product vision, developed progressively.

01Run productionExecution, people, and equipment

Production / MES

Production orders, queues, work in progress, assignment, execution history, and completion.

Planning & Capacity

Demand versus capacity, resource availability, downtime, maintenance windows, and supervisor-controlled priorities.

Shop-floor Operations

Material replenishment, readiness, setup, part removal, and operator actions across manufacturing routes.

Maintenance & TPM

Preventive and corrective maintenance, operating hours and cycles, asset history, equipment holds, and release.

Andon & Visual Management

Common operational states, visible setup requests, actionable alerts, and notifications to responsible personnel.

02Control every detailQuality, materials, and engineering

Quality

Inspections, defect categories, evidence photos, scrap, rework, and reprints linked to production history.

Corrective Action

PDCA and 8D-style investigations, recurring issue analysis, and controlled machine blocking and release.

Materials / MRP & Inventory

Requirements, stock, loaded material, estimated remaining quantities, consumption, and BOM-driven demand.

Engineering / PLM

Product definitions, model codes, revisions, bills of materials, manufacturing programs, and controlled process routings.

03Connect the businessCost, traceability, and visibility

Industrial Costing

Material, machine time, labor, overhead, scrap, rework, and maintenance allocation to understand cost and margin.

Unit-level Traceability

Genealogy connecting each unit to demand, orders, programs, equipment, materials, events, and quality records.

Integrations

Shopify and other demand channels, heterogeneous equipment interfaces, and industrial and business systems.

Customer / Business Portal

Selected external production and fulfillment visibility, with access separated from internal operational controls.

03 / Architecture

The factory stays in control.

Business demand above. Manufacturing resources below. AMO connects both through a common operational model, with local production and optional remote services.

Business channelsShopify, marketplaces, manual sales orders
External visibilityCustomer portal and optional remote services

Local manufacturing platform

AMO Orchestration

Demand · Planning · Execution · Quality · Materials · Maintenance

Engineering and routingsUnit genealogy and event recordsCost and capacity data
Equipment adaptersVendor interfaces and normalized machine states
Operator interfacesReadiness, setup, inspection, and routing actions
Shop-floor I/OAndon, confirmation buttons, and alerts
Additive manufacturingFuture: CNC / Injection molding / Assembly / Testing
Conceptual boundaries. Machine protocols, detailed interfaces, and hardware mappings remain implementation decisions.

04 / Traceability

Every unit has a history.

Distinct orders, programs, batches, and units. Connected records from customer demand through production, quality, and shipment.

Customer demandSales order ASales order BSales order C
Compatible demand combinedProduction order 001

Same product, material, and color

Manufacturing definitionProgram + revision

One production batch

Individual genealogyUnit 001 → Order AUnit 002 → Order BUnit 003 → Order C

Illustrative batching example. A sales order may also generate multiple production orders; each production order may manufacture one or many units.

05 / The process

From order to shipment.

Four stages. Eighteen connected steps. AMO supports machine selection and a FIFO queue, with supervisors controlling priorities.

Stage 1

Demand & preparation

  1. Sales order received
  2. Demand analyzed
  3. Production orders created
  4. Machine-ready program prepared

Stage 2

Queue & readiness

  1. Production order released
  2. Materials and readiness checked
  3. FIFO and priorities reviewed
  4. Compatible machines identified
  5. Setup or pre-setup requested

Stage 3

Production & quality

  1. Production started
  2. Progress and events monitored
  3. Completion or failure evaluated
  4. Parts removed by operator
  5. Review, inspection, and finishing

Stage 4

Fulfillment

  1. Ready for shipment
  2. Packing and dispatch prepared
  3. Awaiting carrier collection
  4. Collected and fulfillment complete
Failure & recovery Detect. Respond. Record. Recover.

When a failure is detected, pause or stop the machine where supported, activate Andon, and notify responsible personnel. Link the event to the machine, production order, program, and affected units. An authorized operator or supervisor returns the affected quantity to production and chooses FIFO or a justified priority.

Rejected parts can generate defect records with photos, scrap, rework, or reprint decisions. Serious or recurring problems may initiate corrective action and equipment blocking until authorized release.

06 / People

People lead. AMO supports.

Human-supervised planning comes first. AMO identifies viable resources, flags setup needs, and supplies the data for informed decisions.

Planner / Production Supervisor

Reviews capacity, manages queue priorities, oversees production conditions, and decides justified exceptions to FIFO.

Slicer

Turns demand into production orders, groups compatible quantities, defines material and color requirements, prepares the program, and releases work.

Production Operator

Maintains material readiness, performs setup, removes parts, responds to Andon alerts, and advances work through its routing.

AMO

Preserves traceability, manages queues and states, identifies viable equipment and setup needs, monitors machines, and records events.

07 / Operational states

Know where work stands.

Completion at the machine is a handoff. Removal, inspection, finishing, and acceptance follow before shipment.

Sales demand

RECEIVED / PREPARATION REQUIRED

Production order

CREATED / PREPARED / QUEUED

Machine

READY / RUNNING / WAITING FOR SETUP / ATTENTION REQUIRED / FAILURE / MAINTENANCE / BLOCKED

Production execution

QUEUED / IN PRODUCTION / COMPLETED / FAILED / REQUEUED

Downstream work

REVIEW / FINISHING / READY FOR SHIPMENT / PACKED / AWAITING COLLECTION / SHIPPED

Andon communicates running, waiting for setup, attention, failure, maintenance, and blocked conditions. Signal colors, escalation rules, and notification policies are still to be defined.

08 / What's next

Start focused. Grow further.

Single-color and multi-color additive production first. A reusable model for CNC, injection molding, assembly, and testing over time.

Initial focus

Mixed printer fleets, production preparation, supervised queues, material readiness, setup, execution monitoring, failure recovery, and downstream fulfillment.

Progressive depth

Unit genealogy, controlled revisions and routings, quality and corrective action, maintenance, costing, capacity analysis, and increasingly capable planning.

Open design work

Order splitting and consolidation rules, unit identifiers, spool identity, adapters, inspection plans, release authority, TPM rules, security, audit controls, and customer status mapping.