Does APS-ME work with multi-level BOMs in SyteLine?

Yes — that is specifically what APS-ME was built for. Standard SyteLine scheduling applies flat capacity logic that doesn't reflect multi-level BOM constraints. APS-ME resolves the schedule to your actual structure, accounting for sub-assembly lead times, outside operations, and material availability simultaneously.

We already have SyteLine. Can we add Trak-Suite without re-implementing?

Yes. Trak-Suite products are added as modules within your existing SyteLine environment and deploy incrementally. Most industrial machinery customers start with Shop-Trak or APS-ME — whichever pain is most acute — and add the others as they stabilize.

How long before we see results from APS-ME?

Scheduling improvement is visible within the first production cycle — typically 4-6 weeks after go-live. A baseline data collection phase of 4-6 weeks is built into the project plan before optimization begins. PMC saw measurable throughput improvement within their first full production quarter.

Manager overlooking large industrial manufacturing floor from elevated position

Industrial Machinery & Equipment · SyteLine ERP

Your BOMs Are Eight Levels Deep. Your Schedule Acts Like They're Three.

Industrial machinery manufacturers run the most complex discrete manufacturing environments SyteLine handles — multi-level BOMs, custom configurations, long-cycle programs, and engineering changes that happen mid-build. Most SyteLine implementations aren't configured to match that complexity. Ours are.

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The Problem

What BOM Complexity Actually Costs You

SyteLine knows your BOM. Your schedule doesn't.

Multi-level BOMs require multi-level scheduling logic. When APS is configured to treat every job as a flat routing, the schedule creates artificial constraints your floor can't work around — and your schedulers stop trusting it and go back to their spreadsheets.

Outsourced operations break the schedule every time.

Outside operations create phantom lead times. When the finishing vendor runs late, your schedule doesn't know until the work order sits on the dock waiting. The downstream jobs that depended on that sub-assembly don't move either — you find out when the customer calls.

Shop floor visibility disappears at the machine level.

Work orders move through SyteLine. What happens between operations — queues, downtime, operator availability, rework — doesn't show up until the job closes. On a 60-day machine build, that's a long time to be flying blind on labor and margin.

40+ years supporting industrial machinery manufacturers on SyteLine. Named case studies available upon request.

60 → 80

Machines per Year

Same headcount, no new equipment

Multi-level

BOM Scheduling

APS-ME resolves to actual routing structure, not a flat approximation

Trak-Suite for Electronics Manufacturing

APS-ME

Advanced scheduling that resolves to your actual BOM structure — accounts for multi-level sub-assemblies, outside operations, capacity constraints, and material availability simultaneously. Most failed SyteLine APS implementations stopped at flat routing logic. APS-ME is the Lake program that configures and calibrates the APS module to match the complexity of your actual work.

See APS-ME

Shop-Trak

Real-time labor capture at every operation in your routing — time, operator, quantity, and outside operations tracked the moment work happens, not at end-of-shift. On a 20-operation machine build, Shop-Trak gives Fact-Trak the accurate cost foundation it needs to show you program margin while the job is still in progress.

See Shop-Trak

Doc-Trak

Engineering change management across multi-level BOMs — when a revision hits, auto-attach rules propagate it to every active job referencing the affected part automatically. Doc-Trak integrates with SharePoint, IDM, Amazon S3, and standard file systems, so drawings stay where engineering already saves them.

See Doc-Trak

Fact-Trak

Job-cost analytics in real time during production — live P&L dashboards that incorporate posted and unposted entries so margin variance on a 60-day machine build is visible while there's still time to act on it. Budget-vs-actual drill-downs trace to source transactions, jobs, and cost centers.

See Fact-Trak