Energy & Critical Equipment Manufacturing
Protect Every Delivery Date, From Inbound to Dispatch
Your most complex builds are engineered and made to order. No fixed line, parts move by crane, tracking done manually. Inpixon puts continuous, real-time location on the floor: higher on-time delivery, more throughput, audit-ready proof.
Trusted by leaders in energy & critical equipment manufacturing
In Energy & Equipment Manufacturing, a Missing Part isn't a Delay. It's a Penalty.
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1
WIP disappears between stations
A rotor, nacelle, or transformer moves between assembly, balancing, test, and the outdoor yard. No system can say which zone it's in right now.
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2
ERP data lags behind physical reality
SAP status waits on someone remembering to scan a paper traveler, so you plan a power-project milestone off WIP that's already days stale.
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3
Kitting errors and late material block assembly
One missing casting, coil, or blade idles a booked spin-test or high-voltage test bay, and the crew standing around it, while the milestone behind it slips.
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4
Search time consumes capacity
On an engineer-to-order floor the constraint is skilled labor and test-bay time, not machines. Both get burned walking a metal-heavy hall and open laydown yard hunting a fixture, test rig, or sub-assembly.
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5
Traceability is manual
Where each serialized component was, when, and at which station is reconstructed by hand from travelers & scans. Movement records your MES/QMS has to stitch together after the fact.
Six Products, Six Material-Flow Realities. We Know Each One.
Wind energy equipment
Generators, large motors & drives
Transformers & HV equipment
Compressors & turbomachinery
Critical pumps, valves & flow control
Your Challenges, Mapped to Proven Solutions
Skilled crews build units — they don't hunt for them.
- Live WIP location across halls, buffers, and outdoor laydown yards
- Find any order, serial, sub-assembly, test rig, or load carrier in seconds
- Continuous multi-technology location (UWB indoors, GPS in the yard) — no handheld scanners
Catch the delay while it's still hours old.
- Kit-complete checks — every component located before assembly starts
- Dwell-time and congestion alerts per zone and test bay
- Fewer expedites and idle test slots; milestones that hold
Every move logged automatically — and fed straight to your systems.
- Automatic, timestamped movement history per order and component
- Closes the gaps left by missed scans and lost paper travelers
- Feeds MES/QMS with location evidence for audit and export-control readiness
Your ERP knows the plan. We tell it what's actually happening.
- Automatic SAP postings from zone and hold-point events — no manual entry
- Fewer posting deviations; WIP and project inventory that match the floor
- REST API and MQTT for MES, WMS, and analytics
The rule decides. The system acts, instantly.
- If-then rules based on (digital) zones, dwell time, and events
- Escalation, alert, or system trigger with no manual step
- Configurable per zone, process step, or exception case
From Live Location to Automated Production Steps.
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01LocateKnow where every part, tool, sub-assembly, and unit is. Instantly and always, across hall, buffer, and yard.
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02AutomateA rules engine turns location and Auto-ID events into process steps: status changes, kitting checks, station hand-offs, and ERP updates, without manual scans.
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03Ask Early accessAsk askPixi AI where a unit is and why it is behind. Plain-language answers from live floor signals.
Steps run in parallel, loop and wait. Capture does not depend on a fixed route.
A Brownfield, Engineer-to-Order Turbine Plant. Exactly Like Yours.
Read the Full Case Study"This implementation confirms our strategy to turn complex environments into high-velocity execution hubs. By bridging the gap between the shop floor and SAP with intelligent, location-aware workflows, we have created a blueprint that sets a new digital standard."Daniel Weber, IT Analyst, Siemens Energy