Digital Manufacturing
Digital manufacturing support defines the workflow, data model, production route, quality checks, operator training, and handover requirements around the selected application.
Establishing a Cohesive Digital Thread
Digital Manufacturing is the practice of creating a continuous, integrated data flow across the additive manufacturing lifecycle. From the initial CAD file to final quality inspection, every step is connected, monitored, and optimized. This 'digital thread' eliminates data silos and manual handoffs, which are common sources of error and delay in conventional workflows.
Data-Driven Production and Quality
We implement systems that capture critical data at every stage: design for additive manufacturing (DfAM), topology optimization, build simulation, in-situ process monitoring, and post-production metrology. This data is actively used to refine build parameters, predict part performance, and ensure process repeatability. The result is a production environment that improves with every build, backed by a complete data record for traceability and certification.
Integration with Enterprise Systems
A successful digital manufacturing strategy must integrate with your existing infrastructure. Our approach ensures that AM production data flows into your Manufacturing Execution Systems (MES), Enterprise Resource Planning (ERP), and Product Lifecycle Management (PLM) software. This provides a unified view of operations, simplifies inventory management, and aligns AM production with broader business objectives.
Our Methodology
Workflow & Systems Audit
We conduct a thorough analysis of your current manufacturing processes, software systems (CAD, PLM, ERP), and production objectives to identify key integration points and opportunities for optimization.
Digital Thread Architecture Design
Based on the audit, we design a tailored digital thread architecture. This includes defining data flows, selecting appropriate software and hardware, and creating a detailed roadmap for system integration.
Implementation and Integration
Our engineers execute the integration plan, connecting your design, simulation, production, and quality assurance systems. We establish automated data capture and ensure seamless communication between all elements of the AM workflow.
Process Validation and Optimization
We conduct rigorous testing of the integrated system using production-level parts. Key performance indicators are measured to validate the workflow, and processes are fine-tuned to meet your specific targets for quality, cost, and lead time.
Related capability context
Application Opportunities
Batch Manufacturing & Serial Production
Batch manufacturing and serial production are strong candidates for additive manufacturing when part demand, nesting, material choice, and finishing workflow are clearly defined. D2M helps teams review whether SAF, FDM, P3 DLP, SLA, or another production route fits the required quantity and quality controls.
High-Volume End-Use Production Parts
Buyers evaluating high volume end parts need to know whether additive manufacturing can meet duty, interfaces, finish, and inspection needs. D2M helps UAE and Saudi teams review polymer, metal, and hybrid production routes using routes such as Stratasys H350™ for functional components and replacement candidates.
Short-Run Production & On-Demand Manufacturing
Short-run production makes a defined batch of usable parts; on-demand manufacturing replenishes parts against a requirement. D2M helps teams compare additive routes using part geometry, material performance, quantity, finishing and inspection needs.
Production Parts
Production parts need a route that fits quantity, material behavior, tolerances, finishing, and inspection expectations. D2M helps teams evaluate additive manufacturing alongside established production methods so the selected route matches the part and the business case.
Manufacturing Aids
Manufacturing aids support the work around a production part: handling, assembly, positioning, protection and checking. D2M helps teams assess custom printed tools against the operator task, workpiece interfaces and shop-floor conditions.
Jigs & Fixtures
Jigs guide a tool; fixtures locate and hold a workpiece. D2M helps teams assess printed tooling for repeatable assembly, positioning and inspection, with material and design choices matched to the loads, contact surfaces and operating environment.
Quality & Inspection
Quality and inspection workflows turn dimensional measurements into evidence for a part decision. D2M helps teams assess 3D scanning and measurement routes around feature access, tolerance, datum alignment and the report the inspection must produce.
End-Use Parts
End-use parts need a manufacturing route that fits the part's duty, interfaces, material exposure, quantity, and inspection requirements. D2M helps buyers review additive manufacturing and conventional options before moving a functional component toward production use.
Relevant Industries
Aerospace
Aerospace teams work under strict traceability, material justification, and approval constraints before any manufacturing route can move beyond review. D2M supports application assessment, technology route selection, workflow design, documentation planning, and training for aerospace manufacturing and maintenance contexts.
Automotive
Automotive teams need disciplined routes for tooling, fixtures, prototypes, and low-volume components before additive manufacturing is used in production support. D2M supports application review, material selection, design preparation, documentation, and operator training for automotive manufacturing workflows.
Defense
Sensitive sustainment environments require traceability, controlled intake, defined approvals, and clear documentation before a manufacturing route is considered. D2M helps teams review application opportunities, define secure workflows, map inspection requirements, and plan operator handover for controlled sustainment contexts.
Industrial Manufacturing
Industrial manufacturing teams need a disciplined way to review spares, tooling, fixtures, and production aids before moving them into controlled workflows. D2M supports part selection, workflow design, technology route selection, documentation, operator training, and staged implementation planning.
Medical (Non-Clinical)
Healthcare support teams need governed workflows for anatomical models, training aids, device development support, and documentation before manufacturing is used. D2M helps assess applications, define equipment and software workflows, plan quality documentation, and support training for healthcare manufacturing support contexts.
Consumer Products
Consumer product teams balance design iteration, fixture demand, material choice, and launch constraints while keeping the manufacturing route practical. D2M helps teams assess where additive manufacturing supports product development, tooling, validation aids, and controlled small-batch workflows.
Technology Routes
FDM®
FDM is a polymer additive manufacturing process used for selected tooling, fixtures, prototypes, and end-use applications. D2M helps clients review material fit, workflow control, documentation, operator training, and implementation route.
PolyJet™
PolyJet is a multi-material additive manufacturing process used for detailed prototypes, anatomical models, tooling, and visual or functional models. D2M helps clients assess where PolyJet fits the application, material requirement, workflow, documentation, and quality-control context.
SAF™
SAF Selective Absorption Fusion is a polymer additive manufacturing process suited to selected higher-volume PA12 applications. D2M helps clients assess application demand, material route, inspection needs, documentation, and production workflow before recommending SAF.
P3™ DLP
P3 DLP is a photopolymer additive manufacturing process used for selected polymer applications where surface quality, material behavior, and repeatable workflow control matter. D2M helps clients assess fit before production use.
SLA
SLA stereolithography is a photopolymer additive manufacturing process used for precise models, tooling patterns, and visual or functional prototypes. D2M helps clients assess whether SLA fits the application, material route, accuracy requirement, and workflow.
Metal
Metal additive manufacturing can support selected industrial, aerospace, and defense-adjacent applications where the material route, qualification effort, inspection plan, and documentation requirements are clearly defined.
Relevant Systems & Materials
Stratasys F3300
Stratasys F900
Stratasys Fortus 450mc
Stratasys H350™
Stratasys Origin® Two
Stratasys Neo® 800
XACT Metal XM200G
GrabCAD Print Pro™
Related Case Studies
East/West Industries Fortus 450mc FDM Case Study
Review how East/West Industries used Fortus 450mc FDM and Nylon 12CF to reduce CNC tooling pressure and support aerospace manufacturing workflows.
General Atomics Aerospace Additive Manufacturing Case Study
Review how GA-ASI structured additive manufacturing around an AM ecosystem, business cases, FDM production workflows and qualified partners.
Lockheed Martin Antero 840CN03 FDM Aerospace Parts Case Study
Review how Lockheed Martin Space evaluated FDM additive manufacturing and Antero 840CN03 for repeatable Orion spacecraft parts with ESD requirements.