Accelerate Innovation. Optimize Operations. Maximize Aftermarket.
From new product introduction through decades of aftermarket support, your equipment data drives everything — engineering changes, supply chain decisions, production schedules, quality outcomes, and service revenue. When master data is fragmented, every function struggles. ZMDM gives your teams control.
Your Equipment Data is Fragmented. Every Function Feels It.
Industrial machinery companies manage some of the most complex master data in manufacturing — configurable products with thousands of variants, multi-level BOMs that evolve over decades, global supply networks, and equipment that must be supported for 20+ years. Yet most still rely on disconnected systems and manual reconciliation.
NPI Delays
New products stuck in limbo while engineering, supply chain, and manufacturing fight over data ownership and handoffs
Supply Chain Blindspots
Can’t see true component demand across configurations — expediting costs spiral while line-downs continue
Manufacturing Disruptions
Production BOMs don’t match engineering intent — rework, quality escapes, and schedule slippage
Quality Traceability Gaps
When defects occur, can’t quickly identify affected serial numbers, components, or supplier lots
Service Parts Chaos
Technicians can’t identify the right spare part for a serial number — wrong parts ship, downtime extends
Aftermarket Revenue Leakage
Customers buy parts from competitors because you can’t tell them what they need fast enough
Where Your Industrial Machinery Master Data Lives Today
What Matters to Your Business
Master data isn’t a technology problem. It’s an operational excellence and revenue problem. Here’s what getting it right actually means.
Faster Time to Market
Accelerate new product introduction. Get from engineering release to volume production without the data handoff delays.
Operational Excellence
Right parts, right place, right time. Reduce expediting, eliminate line-downs, improve first-pass yield.
Aftermarket Revenue
Capture parts and service revenue you’re losing to competitors. Make it easy for customers to buy from you.
Master Data Across Your Entire Equipment Lifecycle
From concept to end-of-life, every stage depends on accurate, complete, connected data.
Master Data for Every Industrial Machinery Business Process
Click on a process to see how better master data drives better outcomes.
New Product Introduction
Why does it take 6 months to launch a product that was designed in 6 weeks?
Because engineering, supply chain, manufacturing, quality, and service all need to contribute data — and they’re working in silos. Engineering releases a BOM that procurement can’t source. Manufacturing discovers missing specifications at pilot build. Service finds out about the new product when customers start calling for parts. Every handoff introduces delays and errors.
- Engineering BOMs automatically structured for manufacturing, procurement, and service consumption
- Stage-gate processes ensure all functions validate data completeness before phase transitions
- Supplier qualification and sourcing data linked to engineering part selections
- Manufacturing process requirements captured during design — not discovered at pilot
- Service parts identification, supersession chains, and documentation created in parallel
- Configuration rules validated before sales release — no unbuildable orders
Key Master Data Objects
Supply Chain
Why can’t we ever get the right parts in the right place at the right time?
Because demand signals are based on BOMs that don’t reflect what you’re actually building. Lead times in the system were set at launch and never updated. Approved supplier lists don’t match what engineering specified. When a component goes on allocation, nobody knows which configurations and customers are really affected. So you expedite everything and still have line-downs.
- Component demand calculated from actual configured orders — not generic BOMs
- Approved supplier lists with qualification status, lead times, and capacity by part
- Alternate and substitute parts identified with form-fit-function equivalence rules
- Supply risk visibility across multi-tier supplier relationships
- Engineering changes automatically assessed for supply chain impact before release
- Planning parameters owned and maintained by supply chain — not locked in ERP setup
Key Master Data Objects
Manufacturing
Why do production BOMs never match what engineering released?
Because engineering designs products, but manufacturing builds configurations. The BOM in PLM doesn’t account for plant-specific processes, phantom assemblies for kitting, or the tooling and fixtures required. When engineering makes a change, the manufacturing BOM update is a separate project. By the time it’s done, engineering has moved on to the next revision.
- Manufacturing BOMs derived from engineering with plant-specific structure and extensions
- Work instructions, tooling, and fixture requirements linked to operations
- Serial number and lot tracking requirements defined by part and configuration
- Engineering changes flow to manufacturing BOMs with effectivity management
- As-built configuration captured and reconciled against as-designed intent
- Process parameters and inspection points integrated with BOM structure
Key Master Data Objects
Quality
Why does it take weeks to trace a quality issue to its source?
Because quality data lives in a different system than product data. When a defect is found, someone has to manually connect the dots between serial numbers, component lots, supplier shipments, and process conditions. The information exists — it’s just not linked. So containment takes too long, root cause is uncertain, and the same problems recur.
- Quality specifications linked to parts, operations, and supplier requirements
- Inspection plans automatically derived from BOM and routing with sampling rules
- Full traceability from finished equipment to component serial/lot to supplier shipment
- Non-conformance management linked to affected parts, processes, and suppliers
- Engineering change requests generated from quality findings with impact analysis
- Supplier quality metrics integrated with sourcing decisions
Key Master Data Objects
Service Parts
Why can’t technicians identify the right part for the equipment they’re servicing?
Because the service BOM doesn’t exist — or it’s a copy of the engineering BOM that was never maintained. Supersession chains are incomplete. The parts catalog shows what was originally installed, not what’s been replaced or upgraded. When a customer calls with a serial number, the first 30 minutes is spent figuring out what they actually have.
- Service BOMs structured for how equipment is maintained — not how it was designed
- Complete supersession chains from original part through all replacements
- As-maintained configuration tracked at serial number level
- Parts catalogs filtered by serial number showing only applicable parts
- Kits and assemblies defined for common repair and maintenance scenarios
- Cross-reference database connecting OEM, supplier, and aftermarket part numbers
Key Master Data Objects
Aftermarket
Why do customers buy parts from competitors when we make the equipment?
Because they can’t find the right part number on your website. Your parts catalog doesn’t match their serial number. Pricing is buried in spreadsheets. Dealers don’t know what’s in stock. Warranty coverage is a mystery. Every friction point is a lost sale — and over the equipment lifecycle, aftermarket revenue should exceed the original sale.
- Customer installed base with complete configuration and service history
- Self-service parts lookup by serial number, model, or visual identification
- Warranty and service contract coverage automatically applied to orders
- Dealer network access to real-time inventory, pricing, and customer data
- Proactive maintenance recommendations based on equipment age and usage
- Upgrade and modernization programs linked to installed base configurations
Key Master Data Objects
The Master Data That Runs Your Industrial Machinery Business
Every process depends on these core data objects. When they’re accurate, complete, and connected, everything works. When they’re not, you’re fighting fires instead of running a business.
Part / Item Master
- Part numbers and descriptions
- Part type (component, assembly, kit)
- Unit of measure and packaging
- Weight, dimensions, handling codes
- Lifecycle status and effectivity
- Cross-references and supersessions
Bill of Materials
- Multi-level BOM structure
- Engineering / Manufacturing / Service BOMs
- Option and variant BOMs
- Quantity per assembly
- Find number / reference designator
- Effectivity date ranges
Equipment / Serial Number
- Serial number and asset tag
- Model and configuration codes
- As-built and as-maintained BOM
- Current owner and location
- Service history and modifications
- Operating hours and usage data
Supplier Master
- Supplier identification and contacts
- Qualification status by commodity
- Approved parts and capacities
- Lead times and MOQs
- Quality and delivery performance
- Certifications and compliance
Customer / Installed Base
- Customer hierarchy and sites
- Equipment by location
- Service agreements and contracts
- Warranty coverage status
- Billing and ship-to addresses
- Service history by customer
Manufacturing Data
- Routings and operations
- Work centers and resources
- Work instructions
- Tooling and fixtures
- Process parameters
- Time standards
Quality Data
- Specifications and tolerances
- Inspection plans and methods
- Sampling rules
- Defect and failure codes
- Calibration requirements
- Supplier quality agreements
Commercial Data
- List prices by part and region
- Customer-specific pricing
- Dealer discount structures
- Warranty terms and coverage
- Service contract templates
- Currency and exchange rules
Documentation
- CAD models and drawings
- Service manuals
- Parts catalogs
- Technical bulletins
- Training materials
- Compliance certificates
Built for Industrial Equipment Requirements
ZMDM is designed to meet the documentation, safety, and regulatory requirements of industrial machinery manufacturers.
CE / UKCA
European conformity marking
ISO 12100
Machinery safety standards
OSHA / ANSI
US safety requirements
RoHS / REACH
Material compliance
Export Controls
EAR / dual-use compliance
ISO 9001
Quality management
IEC 62443
Industrial cybersecurity
Product Liability
Documentation for defense
Results from Industrial Machinery Leaders
Ready to Put Your Teams in Control?
See how ZMDM helps industrial machinery companies accelerate innovation, optimize operations, and maximize aftermarket revenue.