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Phoenix Display International, Inc.

Problem 2 of 5 · Delivery

Late glass stops a line faster than anything else on the BOM.

“I would gladly pay double if I could get the product today.”

From the problem to a production plan

How Phoenix approaches it

Phoenix looks beyond the shipment that is late today. Forecasts, longer-lead components and scheduled releases are part of the supply discussion. The point-of-sale project shows how replacement engineering and procurement planning worked together.

See the approach in a client project

Point of sale

A drop-in replacement that shortened the supply cycle

Phoenix developed the replacement and procured longer-lead components against projected volumes.

The published project reports a 6-week lead time and an 18% cost reduction. The relationship expanded to nine LCD modules. These are historical project results, not current pricing or delivery commitments.

Read the full client story

What creates this problem

The root causes we see most often behind delivery issues.

  • Offshore-only production with no domestic buffer stock
  • Forecasts sent once a year and never updated
  • No escalation path when a shipment slips
  • One freight route and one customs broker

What the framework recommends

The sequence from Keith Mitnik's Why Change? framework for a delivery problem.

  1. 1

    Quantify what a line-down day actually costs your program

  2. 2

    Share a rolling forecast so builds are sized to real demand

  3. 3

    Move to scheduled releases with domestic buffer stock

  4. 4

    Name one accountable contact who owns every order end to end

Signs you have this problem

  • Lead times over 12 weeks and growing
  • Allocation notices from your current supplier
  • You hold excess safety stock just to stay safe
  • Expedite fees are a line item

How Phoenix fixes it

  • Typically 6 to 8 weeks, expedited from 3
  • U.S. stocking programs for scheduled releases
  • Forecast-based builds sized to your volume
  • One U.S. contact who owns the order

How this becomes a line-down risk

A display is a small line item on a bill of materials but an outsized risk on a production schedule. Build-to-order LCD modules typically move through a production and ocean freight process before they reach an assembly line, and any disruption in that chain — a late glass shipment, a backlogged factory, a customs delay — can stall final assembly long after the original purchase order was placed.

Why a Single Display Can Stall an Entire Line

Displays are frequently one of the last components integrated into a finished assembly, which means a shortage shows up at the worst possible point in the schedule. Missing even one part on time can shut down an entire assembly line, driving idle labor costs and pushing shipment commitments to customers further out.

Because the display is custom to the product, there is often no off-the-shelf substitute available on short notice, which makes the downstream impact of a delivery miss disproportionate to the component's size or unit cost.

[1] How PDI Can Help Solve the Biggest Problems with LCD Displays

Plan for Disruptions, Not Just Quoted Lead Time

The U.S. ICT supply-chain assessment documents structural vulnerabilities and disruptions that reduced the availability of critical products. That evidence is a reason to test supply assumptions, not a forecast of current lead times for a particular display.

For your program, ask which materials are critical, which stages can delay delivery, and how changes will be communicated. Review production and freight assumptions with the supplier rather than relying on an old quotation.

[2] Assessment of the Critical Supply Chains Supporting the U.S. ICT Industry

Building Delivery Resilience Into Your Display Program

Resilience starts with visibility: knowing where in the supply chain a display's critical materials originate, what buffer exists at each stage, and whether a domestic engineering and support presence exists to manage exceptions rather than wait on offshore communication cycles.

Phoenix Display works with manufacturing and purchasing teams to build schedule assumptions around realistic production and freight phases, surface risk before it becomes a missed commitment, and keep catalog and custom display options visible side by side for faster sourcing decisions.

Bring these checks to your engineering review

  • Map out every production and freight phase between order placement and display arrival at your facility.
  • Confirm whether your supplier has reported extended delivery performance in recent periods, and ask directly.
  • Identify what buffer stock or safety lead time your schedule currently assumes versus what is contractually guaranteed.
  • Verify there is a responsive point of contact for expediting or exception handling, not just an order portal.
Explore related case studies ›

Questions from manufacturing teams

How can we reduce exposure to display delivery delays without over-ordering inventory?

Start by separating true lead time from buffer assumptions in your current schedule, then work with your supplier to understand which production phases carry the most variability so buffer can be applied where it matters most.

Does a catalog display reduce delivery risk compared to a custom design?

It can, since catalog parts typically carry established production history, but the underlying supply chain risk — glass, controllers, backlight components — still applies and should be evaluated the same way.

Research & further reading

  1. [1] How PDI Can Help Solve the Biggest Problems with LCD Displays
  2. [2] Assessment of the Critical Supply Chains Supporting the U.S. ICT Industry

A few quick questions about your delivery problem.

Answer them and we'll connect you with a sales engineer. Reply within 24 hours.

Question 1 of 5

What went wrong with delivery?

Keep learning · Quality

On time is only half the job.

Next, consider what happens when a delivered display fails incoming inspection or in the field.

Learn about quality

Ready to discuss your program?

Bring the requirements. Start a conversation.

Share your display, application and production schedule with Phoenix's engineering team.

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