Electromechanical Manufacturing & Traceability Software

Electromechanical Manufacturing Solutions for Serialized Builds and RFID-Tracked Assembly

5 Practical Ways to Cut Costs and Strengthen Compliance

KnarrTek's electromechanical manufacturing solutions — the BellHawk and MilramX platforms — give producers of motors, sensors, control panels, actuators, wiring assemblies, and subassemblies real-time visibility, serialized component tracking, and audit-ready ISO 9001 and RoHS documentation across manufacturing, inventory, and distribution. Every barcode and RFID scan writes to one traceability record, from raw material receipt through multi-level assembly and final shipment, whether a facility runs on-premise, offline with store-and-forward, or in a hybrid cloud configuration.

  • Serialized Component Tracking
  • Barcode & RFID Traceability
  • ISO 9001 & RoHS Documentation
  • On-Premise, Offline & Hybrid Deployment
  • IIoT-Connected Test Stations
  • ERP, MES & PLC Integration
ReceiveComponents & materials scanned
VerifyRoHS & incoming QA check
KitIssued to a build order
AssembleRFID-guided build tracked
LabelSerial & compliance label printed
ShipKit shipped & synced to ERP
Traceability as an Operational Backbone

What is electromechanical traceability software?

Electromechanical traceability solutions combine manufacturing execution (MES) and warehouse management (WMS) functions to track components, subassemblies, tools, and finished units by serial and lot number, from raw material sourcing through multi-level assembly and final delivery. KnarrTek delivers this through two connected platforms: BellHawk, which captures barcode, RFID, and mobile scan data at every handling step, and MilramX, which layers rules-based automation and ERP integration on top of that data. Together they replace paper logging and spreadsheet tracking with a scalable, cost-effective record that addresses the pressures generic inventory tools can't: intricate multi-level builds, serialized component monitoring, supply chain volatility, and stringent documentation mandates.

01

Automated Serial & Lot Capture

Barcode and RFID scans deliver serialized component tracking the moment material is handled, recording component, subassembly, and kit data — not from a written log entered later.

02

MES and WMS in One System

Production execution and warehouse inventory share one database, so a component's genealogy and its stock movements are always the same record.

03

RFID-Guided Kitting & Assembly

Contactless identification confirms a kit's component integrity — coils, bearings, connectors — before test, flagging mismatches like incorrect wiring in real time.

04

Flexible, Resilient Deployment

Runs on-premise, offline with store-and-forward scanning, or hybrid cloud, so shop floors, cleanrooms, and remote test labs all stay covered.

Persistent Pressure on Performance and Margins

Where electromechanical operations lose time and money

Electromechanical manufacturers face challenges that erode performance and margins: the precision demands of hybrid assemblies that combine mechanical robustness with electrical finesse, the unpredictability of global supply chains threatening timing and material authenticity, and the administrative burden of serialized compliance documentation. KnarrTek's BellHawk and MilramX tackle these directly, moving operations from reactive firefighting to proactive control.

01

Hybrid Assembly Complexity

Multi-domain sequencing — fusing sensors with actuators in compact enclosures — is tackled with RFID-guided digital work instructions and automated checkpoints that cross-verify mechanical tolerances and electrical signals before a unit moves on.

02

Supply Chain Instability

Fluctuations in critical components like rare-earth magnets or semiconductors are managed with vendor-integrated alerts and predictive stocking models, helping maintain reliable on-time delivery amid geopolitical disruptions or raw material shortages.

03

Compliance Overload

Serialized logging and audit preparation are simplified with offline-capable digital records, generating export-ready reports that detail every touchpoint, from incoming inspection to outbound verification.

Assembly technician using a handheld RFID scanner on a control panel and wiring subassembly, illustrating how KnarrTek's electromechanical traceability software captures serialized component data at the point of work.
Five Connected Capabilities

What BellHawk does for electromechanical manufacturing

BellHawk is electromechanical traceability software built for demanding manufacturing operations, merging manufacturing execution (MES) and warehouse management (WMS) functionality behind one barcode, RFID, and mobile scan data layer.

01

IIoT Integration

Connect RFID portals, sensors, torque wrenches, vibration monitors, and test stations for real-time tracking that enables predictive maintenance and throughput analysis.

02

Inventory Management

Track components, subassemblies, and materials by lot, serial number, or location with barcode and RFID scans. Rapid audits keep inventory accurate without disrupting production.

03

Quality Assurance

Automate inspections and traceability logs for compliance and audits. RFID and barcode scans validate each process step, preserving electrical and mechanical integrity.

04

Labeling Solutions

Generate accurate barcode and RFID labels with embedded serial numbers, batch codes, and compliance data, cutting manual errors and supporting shipping, warranty, and recall tracking.

05

Project Monitoring

Monitor labor, equipment use, and material consumption across jobs. RFID tracking logs tool usage and maintenance automatically, improving uptime and project efficiency.

KnarrTek electromechanical manufacturing solutions architecture diagram: components, subassemblies, and materials connect via barcode, RFID, and IIoT sensors to the BellHawk MES/WMS engine, which posts to the compliance database driving inventory, labeling, quality assurance, ISO 9001 and RoHS documentation, and ERP/MES sync through MilramX.
How the System Connects

From component receipt to compliance record

Components, subassemblies, and materials are scanned by barcode, RFID, and IIoT-connected sensors into the BellHawk MES/WMS engine as they move through the facility. BellHawk confirms incoming inspection and RoHS checks, records component and subassembly genealogy through multi-level builds, links torque, vibration, and test-station data to the serial record, and applies compliance labeling at the part and kit level. That record feeds the BellHawk compliance database, which drives real-time inventory balances and audit-ready documentation, and in turn supports quality assurance, ISO 9001 and RoHS recordkeeping, and selected updates to ERP and MES systems through MilramX.

  • Barcode, RFID, and IIoT sensor capture at receiving, kitting, assembly, and test.
  • Incoming inspection and RoHS checks run automatically against every lot.
  • Component and subassembly genealogy recorded through multi-level builds.
  • Torque, vibration, and test-station data linked directly to the serial record.
  • Offline store-and-forward scanning keeps work moving without a live connection.
  • Selected data synchronized to ERP, MES, and PLM systems via MilramX.
Discuss your production requirements
From Receipt to Shipment

What happens to a build as it moves through the shop

Each of these stages is a real sequence a BellHawk-enabled facility follows, and each one writes something to the traceability record — so serialized parts and assemblies stay tracked end-to-end, WIP and job status stay current across the line, and labeling and validation happen automatically instead of by hand.

Receive & Verify

Incoming components and materials are scanned, and a RoHS and incoming-inspection check clears the lot before it enters inventory.

Kit & Assemble

Components are issued to a build order by serial number; RFID confirms kit integrity — coils, bearings, connectors — before test, flagging mismatches automatically.

Test, Label & Ship

Finished units are tested, labeled with serial and compliance data, and shipped, with real-time proof-of-delivery synced through carrier APIs.

KnarrTek electromechanical manufacturing solutions workflow diagram: received components are verified and RoHS cleared, issued to a build with RFID kit integrity confirmed, and the finished unit is tested, labeled, and shipped, producing an on-time delivery figure and a full traceability record.
On-Premise, Offline, and Hybrid Capabilities

Deployment flexibility for diverse electromechanical setups

KnarrTek's platforms adapt to diverse electromechanical setups through versatile deployment options, ensuring minimal disruption during implementation and long-term scalability as production volumes or facility footprints expand.

On-Premise Deployment

BellHawk and MilramX install fully in-house on existing infrastructure, providing complete data sovereignty. Ideal for manufacturers with stringent IT policies, proprietary designs for custom actuators or wiring harnesses, or customer requirements for localized data storage.

Offline & Store-and-Forward

In connectivity-challenged areas like expansive shop floors, cleanrooms, or remote supplier sites, rugged mobile devices buffer barcode and RFID scans locally and synchronize automatically once reconnected — preserving traceability during power fluctuations or network outages.

Hybrid Cloud

Data capture stays on secure local servers while cloud-based analytics give executives consolidated metrics, asset utilization, and logistics across multiple sites — supporting phased rollouts, from a pilot motor-production line to a full distribution network, without system overhauls.

Organized industrial warehouse shelving stacked with labeled motor, sensor, and control panel components, illustrating how KnarrTek's electromechanical manufacturing solutions synchronize facility-wide inventory between BellHawk and MilramX.
Strategic Decision Support

Where MilramX extends BellHawk with automation

MilramX equips executives and technical teams with real-time insights and intelligent automation, built on a Microsoft stack for reliable performance. It integrates with ERP systems, legacy systems, and supply chain partners, transforming raw operational data into High-Level Data Objects that filter out system noise and surface actionable intelligence. For high-mix, low-volume or engineer-to-order electromechanical work, MilramX provides the granular visibility and orchestration needed to scale without proportional headcount increases.

01

Intelligent Automation

An intelligent-agent framework orchestrates data sync, predictive alerts, and workflow escalations — including RFID part location — scaling with production volume and adapting to custom rules like prioritizing urgent rebuilds.

02

Data Integration

Consolidates data from PLCs, scales, and vision systems into High-Level Data Objects for streamlined analysis, with secure bidirectional links enabling global collaboration on metrics like inventory turns.

03

Operations Dashboard

Real-time views of orders, shipments, and inventory highlight asset performance, bottlenecks, and SLAs — customizable for electromechanical specifics like control-panel failure modes.

04

Error Management

Proactive error detection, auto-correction routines, and configurable escalation to IT or operations teams minimize downtime while keeping traceability chains intact and audit-ready.

05

Adaptable Integration

Connects legacy equipment, ERPs, project management tools, and vendor portals with modular connectors, supporting CAD-based assembly sequencing and hybrid on-premise/cloud setups.

Read the KnarrTek white papers

What Changes on the Floor and in the Audit

Why electromechanical manufacturers choose KnarrTek

KnarrTek's electromechanical manufacturing solutions tackle core industry pain points, including supply chain risk from counterfeit or non-conforming components, operational inefficiencies like inventory inaccuracies and audit delays, and the manual burden of tracking serialized builds by hand.

Real-Time Visibility

Instant insight into inventory, orders, and shipments cuts delays and sharpens timelines. RFID adds precise asset tracking, with hybrid options for multi-site oversight.

Cost Savings

Manufacturers commonly report meaningful annual savings — often cited in the $50K–$150K range — from fewer manual errors and less rework, with results varying by facility size, process, and adoption.

ISO 9001 & RoHS Documentation

Audit-ready traceability and plug-and-play records support ISO 9001 quality management and RoHS material-compliance documentation, turning standards into a market differentiator rather than a drag.

Error Prevention

Barcode and RFID validation at every step supports flawless assemblies and compliance, vital in precision-driven builds where zero-defect tracking matters most.

Supply Chain Integration

Tight links with ERPs and partners support frictionless operations and foresight, from inbound validation to on-site delivery proofs — local capture meeting global strategy.

Representative Application Patterns

Two ways electromechanical manufacturing solutions are deployed

BellHawk and MilramX support a range of deployment shapes. These are representative patterns rather than a specific manufacturer's results, described so you can recognize which one resembles your own operation.

Pattern 1 · High-Mix Kitting & Assembly

Builds tracked by serial across a high-mix, low-volume line

Operators scan the build order, then each component's serial as it's issued, with RFID confirming kit integrity before the unit reaches test.

An assembly line runs one station with a barcode or RFID scanner and a mobile device. The operator scans the build order, then each component's serial number as it is issued; BellHawk records the serial against the assembly and confirms the kit's components — coils, bearings, connectors — cleared their integrity check before the unit can move to test. The finished unit is scanned into a labeled container that carries its identity through test, labeling, and shipment.

What this pattern is intended to improve

Kit accuracy against the build order, elimination of hand-written travelers, and a complete component and subassembly genealogy for every unit shipped.

Pattern 2 · Multi-Site Distribution

Coordinated visibility across domestic and international partners

Each site captures data on secure local servers, while cloud-based analytics give executives one consolidated view without exposing core production data.

A hybrid deployment runs BellHawk on-premise at each subassembly site, with MilramX aggregating consolidated metrics, asset utilization, and logistics in the cloud. This lets a manufacturer start with a pilot line — motor production, for example — before phasing in additional sites and eventually the full distribution network, without a system overhaul at any stage.

What this pattern is intended to improve

Cross-site visibility without exposing sensitive local data, phased rollouts without unplanned downtime, and one consistent traceability record across partners.

These are representative application patterns, not guaranteed outcomes. Actual results depend on facility layout, hardware and network conditions, process design, implementation scope, data quality, integrations, procedures, training, and user adoption.

Choose the Right KnarrTek Package

Three ways to run electromechanical traceability software

BellHawk and MilramX are the electromechanical traceability software underneath KnarrTek's product line, delivered to manufacturers as three packaged options. Which one fits depends on how much of your operation runs through the system, how you need to deploy it, and how much automation you want around exceptions.

Cloud

BellHawk Online

Browser-based real-time tracking for inventory, materials, barcode scans, and production activity, without replacing your ERP or accounting platform. Component receipts, build issues, and shipment movement are visible the moment they're scanned, with no local server to maintain.

Best fit: smaller manufacturers that want cloud inventory and barcode tracking without on-premise infrastructure.
Explore BellHawk Online
On-Premise

WIPtracker

In-plant MES and WMS control covering production tracking, warehouse management, quality assurance, labeling, barcode and RFID, and materials traceability — the deeper on-site foundation electromechanical manufacturers use for serial genealogy across multi-level builds.

Best fit: facilities needing full shop-floor control, detailed serial traceability, and on-premise or offline deployment.
Explore WIPtracker
Connected

SmartOps24x7

ERP integration and smart operations monitoring built around KnarrTek's MilramX agents, adding rules-based alerts, 24/7 system oversight, and automated data exchange across connected software environments.

Best fit: manufacturers running multiple connected systems that need automated exception handling and ERP synchronization.
Explore SmartOps24x7
Explore KnarrTek's Core Capabilities

Serial traceability is one part of a larger record

BellHawk's electromechanical traceability software works alongside the other ways KnarrTek collects data at the point of work. Most deployments combine two or three of these.

Real-Time WIP Tracking

Work-in-process visibility across all sites, so a build's status is always current wherever it sits in production.

WIP tracking

Inventory & Asset Tracking

Accurate inventory and asset visibility across the facility, the record that every serial transaction posts into.

Inventory tracking

RFID Tracking Software

KnarrTek's RFID tracking software delivers hands-free identification that streamlines and automates inventory tracking where barcode scanning alone is impractical.

RFID tracking

Track & Trace Materials

Traceability software for serial and lot genealogy from receiving to shipping, linking every incoming component to the assembly it became.

Materials traceability

Materials Flow & Job Tracking

Movement and job progress monitored throughout production, giving serial transactions their operational context.

Job tracking
Electromechanical Manufacturing Software FAQs

Common questions about traceability and compliance

Practical answers about KnarrTek's electromechanical manufacturing solutions — BellHawk, MilramX, RFID, and what actually gets tracked once a component starts moving through your facility.

What is electromechanical traceability software?
Electromechanical traceability solutions combine manufacturing execution (MES) and warehouse management (WMS) functions to track components, subassemblies, tools, and finished units by serial and lot number, from raw material receipt through multi-level assembly and shipment. KnarrTek delivers this through BellHawk for barcode, RFID, and mobile data capture, and MilramX for automation and ERP integration on top of that data.
How does RFID help with electromechanical assembly?
As RFID tracking software, BellHawk supports contactless identification of kits, carts, and high-value parts, letting an operator confirm a motor kit's component integrity — coils, bearings, connectors — before test without halting the workflow. Automated scans flag deviations like a missing or mismatched part in real time, rather than at final inspection.
Do we have to choose between barcode and RFID?
No. BellHawk reads barcode and RFID data side by side, so a facility can use barcode scanning where it's practical and RFID where hands-free or bulk reads make more sense — on the same build, without maintaining two separate systems.
Does this help with ISO 9001 or RoHS compliance?
BellHawk and MilramX generate the serial-level traceability records, inspection logs, and labeling data that ISO 9001 quality audits and RoHS material-compliance reviews typically require. They support and organize that documentation; they don't replace your quality management system or a formal certification audit performed by an accredited body.
What happens when a mismatched or non-conforming component is found?
BellHawk flags the component and holds it from being issued to a build until it's reviewed. The hold, the reason, and the resolution are all recorded against the part's serial number, giving quality teams a documented history instead of a verbal explanation after the fact.
Can this run in shop floors or sites with limited connectivity?
Yes. BellHawk can run entirely on-premise, and mobile scanners support offline store-and-forward capture that queues barcode and RFID data locally and synchronizes automatically once connectivity returns — built for expansive shop floors, cleanrooms, and remote supplier or test sites.
What's the difference between BellHawk and MilramX?
BellHawk is the MES/WMS layer that captures barcode, RFID, and mobile scan data at receipt, kitting, assembly, and shipment. MilramX sits on top of that data, adding rules-based automation, alerts, and integration with ERP, PLC, and vendor systems. Most manufacturers start with BellHawk for facility-level traceability and add MilramX when they need automated cross-system coordination.
Can this integrate with our ERP, PLC, or CAD systems?
Yes. MilramX connects BellHawk's serial and inventory data to ERP, legacy systems, and supply chain partners through modular connectors, converting raw feeds — including data from PLCs and vision systems — into structured High-Level Data Objects for reporting and decision support. It also supports CAD-based assembly sequencing for complex builds.
How does this help with supply chain volatility?
MilramX issues proactive alerts on material shortages, production lags, and quality deviations, and pairs with vendor-integrated alerts and predictive stocking models for critical components like rare-earth magnets or semiconductors — giving teams time to resource alternatives before a shortage stalls a line.
What deployment options are available?
Three: fully on-premise for complete data sovereignty, offline with store-and-forward for connectivity-challenged areas, and hybrid, where data capture stays on secure local servers while cloud analytics give executives multi-site visibility. Most manufacturers can move between these without a system overhaul as they grow.
Can multiple sites or partners share one traceability record?
Yes, through a hybrid deployment. Each site captures data locally on secure servers, and MilramX consolidates metrics, asset utilization, and logistics in the cloud for enterprise-wide oversight — useful for coordinating subassembly flows between domestic and international partners.
What does implementation typically involve?
Typically: confirming your component master data, build structure, and compliance requirements; setting up barcode, RFID, and IIoT sensor scanning at receiving, kitting, assembly, and test; configuring RoHS and quality checks and compliance labels; agreeing what data flows to ERP through MilramX; and training operators on the scan sequence and any offline procedures. Most facilities start with one production line and extend from there.
Transform Complex Electromechanical Assemblies

Ready to power innovation without limits?

With KnarrTek, reduce costs and turn supply chain vulnerabilities into unbreakable strengths for precision-driven production excellence. Start with the build or compliance gap causing you the most trouble — KnarrTek's electromechanical manufacturing solutions team can help map your components, kits, serial records, labels, and integrations needed to turn barcode, RFID, and IIoT scans into an audit-ready record, on-premise, offline, or hybrid.