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Test problem

Submitted by Test · Jun 30, 2026

Test idea

Submitted by Test · Jun 29, 2026

Coolant recycling from machining sumps is done manually. The manual process results in inconsistent coolant concentration and higher disposal costs.

↳ Install an automated coolant recycler on the three highest-volume machining cells to reduce waste.

Submitted by AAM Test(ID: AAM-001) · Jun 22, 2026

The overhead crane in the forge bay has no audible warning when in motion. Operators working nearby have been startled multiple times when it begins moving without warning.

↳ Install an audible alarm and a flashing beacon on the crane that activates automatically whenever the crane is in motion.

Submitted by AAM Test · Jun 22, 2026

Incoming raw material inspections are logged on paper and stored in a binder in the quality office. There is no way to quickly search past inspection results by heat number or part family when a customer complaint comes in.

↳ Move incoming material inspection logs to a digital format — either a shared spreadsheet or a simple database — searchable by heat number, supplier, and date.

Submitted by AAM Test · Jun 22, 2026

Coolant recycling from machining sumps is done manually by maintenance once a week. The manual process results in inconsistent coolant concentration, increased coolant consumption, and higher disposal costs.

↳ Install an automated coolant recycler and concentration monitor on the three highest-volume machining cells to reduce waste and maintain optimal concentration levels automatically.

Submitted by AAM Test · Jun 22, 2026

Emergency stop buttons on 3rd shift machining cells are difficult to locate in low-light conditions. There are no illuminated indicators or floor markings to guide operators to them quickly.

↳ Install LED-backlit emergency stop covers and paint high-visibility yellow floor markers pointing to each E-stop location on every machining cell.

Submitted by Nate Owens · Jun 22, 2026 · Assigned to: Frank Dunn

2nd shift machining has no standardized visual management system. Operators don't know at a glance what parts are running, what's on hold, or what machines are down — they rely entirely on word of mouth.

↳ Install a shift visual management board at the entrance of each machining cell showing current part number, machine status, and any open quality holds.

Submitted by Adrienne Mills · Jun 22, 2026 · Assigned to: Carl Briggs

There is no formal process for capturing lessons learned after a quality escape or scrap event. The same root causes recur on different lines because fixes are never documented and shared across the plant.

↳ Implement a structured lessons learned database that captures root cause, corrective action, and affected part families — reviewed monthly at the quality meeting.

Submitted by Taylor Brooks · Jun 22, 2026 · Assigned to: Alex Rivera

Coolant leaks near OP20 machines create slip hazards during shift changes. The floor stays wet for hours before maintenance responds.

↳ Install drip trays under each OP20 coolant line and establish a 2-hour maintenance response SLA for fluid leaks.

Submitted by AAM Test · Jun 22, 2026 · Assigned to: Alex Rivera

Parts from the FP15 forge line are occasionally missing the secondary inspection stamp, leading to quality escapes at the customer.

↳ Add a mandatory visual check station with a stamp verification jig before parts move to shipping.

Submitted by AAM Test · Jun 22, 2026 · Assigned to: Pete Solis

We are ordering replacement cutting inserts in small batches which increases per-unit cost significantly.

↳ Switch to a quarterly bulk-order model and negotiate volume pricing with our primary tooling supplier.

Submitted by AAM Test · Jun 22, 2026 · Assigned to: Alex Rivera

Operators on 3rd shift spend 15+ minutes at shift start locating the correct program numbers for each machine because they aren't posted at the station.

↳ Laminate and post a program reference card at every machine listing the active part numbers and corresponding CNC program IDs.

Submitted by AAM Test · Jun 22, 2026 · Assigned to: Carl Briggs

The emergency eye wash station near the forge entry is blocked by a pallet of material that frequently gets placed there by forklift operators.

↳ Paint a permanent no-storage zone outline on the floor around the eye wash station and add signage at forklift height.

Submitted by AAM Test · Jun 22, 2026 · Assigned to: Frank Dunn

Engineer drawing reviews are still being done on paper printouts. The cost of printing and the time to locate revisions is significant.

↳ Adopt a shared digital drawing viewer on shop floor tablets tied to the PLM system.

Submitted by Jordan Hayes · Jun 22, 2026 · Assigned to: Alex Rivera

First-piece inspections on OP20 are sometimes skipped when the supervisor is busy, leading to scrap parts being run for up to 20 minutes.

↳ Implement a mandatory supervisor sign-off tag that must be physically attached to the machine before production begins.

Submitted by Carl Briggs · Jun 22, 2026 · Assigned to: Carl Briggs

New engineers have no structured onboarding to learn the production floor. Most spend their first month confused about part flows.

↳ Create a 2-week rotational onboarding schedule where new engineers spend time in each department before joining their project team.

Submitted by Dana Patel · Jun 22, 2026 · Assigned to: Alex Rivera

Forge operators lack a dedicated spot to store personal PPE between shifts. Gloves and face shields are left on machines or the floor.

↳ Install a labeled PPE locker rack at the entry of each forge cell — one slot per operator.

Submitted by Pete Solis · Jun 22, 2026 · Assigned to: Pete Solis

Prototype parts are being run on production machines, causing unplanned downtime and schedule disruptions for production teams.

↳ Designate one older machining center as a dedicated prototype machine and take it off the production schedule.

Submitted by Morgan Ellis · Jun 22, 2026 · Assigned to: Alex Rivera

2nd shift operators regularly run out of coolant concentrate mid-shift because the supply cabinet is stocked only during 1st shift hours.

↳ Add a secondary coolant concentrate cabinet on the floor stocked weekly, accessible to all shifts.

Submitted by Leo Vega · Jun 22, 2026 · Assigned to: Leo Vega

3rd shift has no access to the quality hold tag printer — they write hold tags by hand which are often illegible.

↳ Install a dedicated label printer on 3rd shift with pre-loaded quality hold tag templates.

Submitted by Nate Owens · Jun 22, 2026 · Assigned to: Nate Owens

Coolant and cutting oil disposal is done manually using 5-gallon buckets. Spills during transport are a recurring environmental and safety issue.

↳ Install a centralized fluid recovery system with underground drainage lines to a holding tank that gets pumped out quarterly.

Submitted by Riley Chen · Jun 22, 2026 · Assigned to: Alex Rivera

Die change times on 2nd shift forging presses average 45 minutes. Industry benchmark is under 20 minutes.

↳ Conduct a SMED workshop on the forge floor and redesign the die staging area to enable single-digit changeovers.

Submitted by Tony Marsh · Jun 22, 2026 · Assigned to: Tony Marsh

3rd shift forge employees have no break room and currently eat in a small hallway adjacent to the press area. It is loud, hot, and uncomfortable.

↳ Convert the unused storage room near the fire exit into a proper break room with tables, a microwave, and ventilation.

Submitted by Dre Fulton · Jun 22, 2026 · Assigned to: Frank Dunn

Dimensional inspection data is logged in paper binders by shift. There is no way to quickly trend data or catch drift before parts go out of spec.

↳ Implement a simple SPC data entry tablet at each critical inspection station feeding a shared dashboard.

Submitted by Quinn Okafor · Jun 22, 2026 · Assigned to: Alex Rivera

Forklift and pedestrian paths intersect at the machining cell entrance with no visual warning. Two near-misses occurred in the last 90 days.

↳ Install convex safety mirrors at the intersection and paint tiger-stripe pedestrian corridors on the floor.

Submitted by Sam Ruiz · Jun 22, 2026 · Assigned to: Frank Dunn

Forge dies are being replaced at fixed intervals regardless of actual wear, causing premature replacement and excess tooling spend.

↳ Implement a die wear tracking checklist and replace based on actual wear measurement rather than calendar schedule.

Submitted by Zach Pryor · Jun 22, 2026 · Assigned to: Pete Solis

Part trays are shared between machining cells but there is no tracking system. Operators spend time searching for empty trays before each run.

↳ Color-code trays by cell and create a fixed home location for empties at each cell entry.

Submitted by Mick Foster · Jun 22, 2026

Hearing protection dispensers near the forge presses are frequently empty and no one is assigned to restock them.

↳ Assign restocking to the 1st shift forge team leader as a daily checklist item and add it to the area audit.

Submitted by Walt Keene · Jun 22, 2026

There is no public recognition of when a team hits its monthly production target. Good performance goes unacknowledged.

↳ Post a visible monthly performance board in each machining cell showing target vs actual and celebrate teams who hit their goals.

Submitted by Gary Hunt · Jun 22, 2026 · Assigned to: Carl Briggs

Operators are using worn-out calipers that haven't been calibrated in over a year. This is a major MSA risk.

↳ Establish a gauge calibration log at each station and schedule annual calibration with a certified provider.

Submitted by Ivan Cole · Jun 22, 2026 · Assigned to: Alex Rivera

Engineering change orders are printed and routed physically through multiple departments, taking up to 2 weeks to get all signatures.

↳ Move ECO routing to a digital workflow with email notifications and electronic signatures.

Submitted by Blake Simmons · Jun 22, 2026 · Assigned to: Alex Rivera

Scale and oxide buildup from the forge presses is swept manually and deposited in open bins. During summer, the oxidized material creates airborne particulate.

↳ Replace open bins with sealed collection containers and add a ventilation hood over the sweep area.

Submitted by Neal Cross · Jun 22, 2026

Shift handoff communication between 2nd and 3rd shift machining is inconsistent. Important machine issues and part quality notes are frequently not communicated to the incoming team.

↳ Standardize shift handoff using a written shift notes form posted at each machine, reviewed at the 5-minute pre-shift meeting.

Submitted by AAM Test · Jun 22, 2026 · Assigned to: Carl Briggs