Ellwood Flow
A revised drawing arrives after work is released. Ellwood Flow explores how to review affected work, make the current revision unmistakable, and carry the decision into the shop-floor handoff.
One controlled path from release intake to production-ready work
The walkthrough uses screens from the prototype with example jobs and panel marks.
The problem
Release information can arrive through several channels while drawings, approvals, finish schedules, takeoffs, and production files change at different speeds. The shop needs a trustworthy answer to what is ready and what is still blocked.
Built for manufacturers and fabrication teams that need office decisions, controlled documents, and production handoffs to remain attached to the same release.
The observation
Experience at a previous job suggested that the difficult part of a revision is not saving a new drawing. It is knowing which instructions people already hold, what work has started, and what decision must travel to the shop. Ellwood explores that problem as a concept; it was not adopted by that employer.
Carry the context forward.
Drawing → Release
Before
A new file arrives beside the old instructions.
Proposed handoff
Each release carries its current revision and approval status.
Release → Queue
Before
Someone must remember which work is cleared to start.
Proposed handoff
The production queue shows which marks are still waiting on an approved drawing packet.
Queue → Shop
Before
Old identifiers and instructions remain in circulation.
Proposed handoff
Scans are recorded against the mark, and the scan station includes a test for an obsolete revision barcode.
Shop → Shipping
Before
Quality results and ship plans live in separate files.
Proposed handoff
Inspections stay on the release record, and pallet plans are generated only from approved revisions.
The solution
A production-minded release workspace that organizes intake, controlled documents, review decisions, drawing and CNC-source handling, and the actions required to move a release toward the shop floor.
- Structured release intake
- Controlled drawing and document handling
- Approval and review checkpoints
- Production-file separation
- Release readiness actions
- Authenticated operational workspace
The happy path is only the beginning.
5 screens follow one release from the office to the shop floor and out the door.
Release and revision
Open a release and see its current revision, approval status and panel marks.
Production queue
Dispatch work by station and see which marks are waiting on an approved packet.
Shop-floor scan
Scan a mark and record the movement in a ledger.
Quality ledger
Record inspections, measurements, holds and remake cost against the release.
Pallet plan
Plan pallets from approved revisions and track them to shipment.
Intended outcomes
The intended outcome is one controlled path for release work, with unresolved documents and review decisions visible before handoff. This concept draws on previous workplace experience; it is not a deployed customer system and has no measured business outcomes.
Ellwood Flow is a concept prototype inspired by a previous job, not a system adopted by that employer. Its current workflow reflects the release and document-control needs implemented so far, and broader customer validation, integrations, and measured business outcomes remain future work.
A public demo with its own boundary.
Grounded in a working prototype
The walkthrough uses screens captured from the running Ellwood Flow prototype, so what you see is what the software does today.
Example data only
Jobs, panel marks, customers and people in the screens are examples. No operational database or customer record is connected to this website.
A concept, not a deployed system
Ellwood Flow is inspired by past workplace experience and was not adopted by that employer. It has not been measured in a live shop.
Where does your team have to reconstruct the work?
Start with one handoff: the information arriving, the decision being made, and what the next person needs.
Prototype interface
Screens from the broader concept application. The public walkthrough above is a focused, fictional simulation.
