The problems behind the tooling
Production tooling fails in predictable ways — not because the mold is bad, but because the asset, the supplier, and the record aren't managed. These are the problems COAST is built to solve.
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Tooling visibility, records & capacity
Many manufacturers cannot answer basic questions about their own tooling. Assets are distributed across plants and suppliers, records live in spreadsheets and individual inboxes, and capacity is estimated rather than measured. The result is a tooling estate that is owned but not managed — you cannot govern what you cannot see.
A governed record for every asset, actual capacity and utilization data, and the ability to answer asset questions with confidence.
We don’t know where all our tooling is
Tooling is spread across plants and suppliers, and no one can produce a complete, current list of what the company owns, where each tool is, or who is responsible for it.
Tools go missing, transfers happen without records, and leadership cannot answer basic asset questions.
A governed record for every tool — location, ownership, status — in one place.
Our tooling records are scattered and inconsistent
Tooling data lives in spreadsheets, email, and supplier reports — different formats, different fields, and different definitions across sites.
Reporting is manual and late; comparisons across sites or suppliers are unreliable.
One tooling-specific system of record that replaces fragmented tracking.
We don’t have accurate capacity or utilization information
Capacity is estimated, not measured. Tool utilization is guessed, and planning relies on assumptions rather than data.
Capital is spent on tools that aren’t needed, while constraints hide elsewhere.
Actual utilization and capacity data per tool, location, and program.
Tooling condition & risk
Condition is usually unknown until a failure or a quality problem forces an inspection. Without independent, comparable data, refurbishment and replacement decisions are made reactively — too early, or too late — and risk concentrates in the assets no one is watching.
Independent condition data, consistent scoring across a portfolio, and a prioritized plan for refurbishment and replacement.
We don’t know what condition our molds are in
Condition is unknown until a failure or a quality issue forces an inspection. There is no proactive, comparable view across the portfolio.
Refurbishment and replacement happen too early or too late, and failures interrupt production.
Independent, consistent condition assessments and scoring across the portfolio.
Risk is concentrated in the tools nobody is watching
Some tools are critical to production but have no independent condition data, maintenance standard, or priority.
A single tool failure can stop a line, with no prior warning.
Criticality and risk evaluation that prioritizes attention where it matters.
Supplier & global tooling governance
A large share of tooling sits at suppliers, managed to different standards — or none. Without global governance, every plant and supplier becomes its own system, reporting is inconsistent, and the company has no single view of a tooling portfolio that may span countries.
Consistent standards across the supplier base, a single governance model across countries, and consolidated reporting.
Our suppliers all manage our tooling differently
Each supplier records condition, maintenance, and location to its own standard — or none. The owner has no consistent view.
Comparisons are impossible, disputes are hard, and the owner can’t hold suppliers accountable.
Consistent management standards across the supplier base, with independent visibility.
We have no global tooling governance
Every plant and country runs tooling its own way. There is no single model, standard, or reporting across the portfolio.
The company cannot manage tooling as one estate or compare performance across regions.
A single governance model applied consistently across countries and suppliers.
Global tooling reporting is inconsistent
Leadership cannot get one reliable view of tooling across regions. Reports vary in format, frequency, and definition.
Decisions are made on incomplete or inconsistent information.
Consolidated, consistent reporting from a single source of truth.
Maintenance, downtime & reliability
Unplanned tooling downtime stops production with little warning, and preventive maintenance varies widely across plants and suppliers. Molds are often replaced too early or too late, and the cost shows up in both downtime and capital.
Planned maintenance, less unplanned downtime, and useful tool life extended before replacement.
Preventive maintenance is inconsistent
PM schedules vary by plant and supplier — some rigorous, some minimal. The same mold type is maintained differently in different places.
Avoidable failures, uneven tool life, and avoidable downtime.
Standardized preventive-maintenance programs applied consistently.
Unplanned tooling downtime stops production
Tooling failures interrupt production with little warning, and recovery is reactive.
Lost production, expediting costs, and pressure on every program.
Monitoring, preventive maintenance, and reliability work that reduce unplanned downtime.
New tooling, qualification & launch
New tooling programs stall without dedicated management. FAT, SAT, and trials are scheduled around production pressure, documentation is incomplete or held by the toolmaker, and no one owns the cross-functional timeline to a clean production launch.
Qualification managed end to end, complete documentation, and a deliberate launch-readiness gate.
New tooling qualification has no owner
FAT, SAT, and trials happen when production pressure allows, and no one owns the cross-functional timeline to launch.
Launches slip, documentation is incomplete, and tools enter production unproven.
Qualification managed end to end by a dedicated owner.
Tools reach production without a readiness gate
Programs hand off to production with no clear readiness criteria, and launches discover problems too late.
Rework, late issues, and unstable launches.
A deliberate production-readiness gate before a tool enters production.
Resources, investment & capital decisions
Specialized tooling expertise is scarce, programs need dedicated support for defined periods, and capital decisions about tooling are made without reliable investment data. Manufacturers need the capability without a permanent overhead for every role.
Access to specialized resources embedded in programs, and capital decisions based on data.
We don’t have enough internal tooling engineering
Specialized tooling and plastics expertise is scarce internally, and programs compete for the same few people.
Programs stall, design reviews slip, and problems go unowned.
Embedded specialist resources for the period a program needs them.
We lack tooling resources in the regions we need them
Programs in specific countries or regions can’t find the tooling, project, or data resources they need locally.
Programs in growth regions are delayed or under-supported.
Dedicated resources sourced and deployed where the program needs them.
Capital decisions are made without investment data
Refurbish-or-replace, capitalize, and budget decisions are made on incomplete data about cost, value, and condition.
Capital is misallocated — overspent on the wrong tools, under-invested where it matters.
Tooling financials, condition, and lifecycle data in one record for capital decisions.
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