Tool Life Monitoring

Tools wear out. Your margins don't have to.

Every tool and insert tracked from its first cut: counted life per tool and part, change alerts before the reject, and tooling cost per part you can finally see. Built for CNC machining floors.

Get a call back →Find your change point

Counted, not guessedAlerts before the reject₹ per partLinked to quality

VMC-07 · ACTIVE TOOLSLIVE

T01340/1000

T04920/1000 ▲

T07610/1000

T12468/600

T1590/500

T21688/800

ILLUSTRATIVE DATAT04 · CHANGE AT BATCH END · 80 PARTS LEFT

CountedLife per tool-part pair, automatically

Pre-rejectAlerts before the scrap, not after

₹/partTooling cost per part, per machine

LinkedTool age recorded against every part

What tooling costs today

Tooling is a consumable. Consuming it blindly is a choice.

Surprise

The insert that died mid-batch

One worn insert scraps twenty parts before anyone notices. Life-threshold alerts fire before the batch, not after.

Waste

Changing tools too early

Fear-driven early changes burn tooling budget. Counted life per tool-part pair replaces guesswork.

Blame

Rejects with no suspect

Tool, material or program? Cycle drift correlated with tool age points at the culprit.

Try it

Where is the cheapest point to change a tool?

Set your insert, your scrap cost and your volume, then move the change point.

Rated life (parts/edge) ₹ per edge ₹ per failure (scrap + stop)

Parts per month Change tools at

Change too early and you throw away life you paid for. Change too late and one failed edge scraps parts and stops the machine. Counted life lets you sit at the bottom of the curve.

— tooling · — failures · — totalper month

Tooling / month

—

Failures / month

—

Total at your setting

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Lowest-cost point

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ILLUSTRATIVE MODEL · FAILURE RISK RISES PAST 80% OF RATED LIFE; YOUR REAL CURVE COMES FROM COUNTED LIFE

How it works

Register, count, change, learn.

Track

A registry that counts

Tool and insert master per machine
Cuts and cycles counted automatically
Life limits per tool-part combination
Change history with operator and reason

Predict

Wear before failure

Cycle-time drift as a wear signal
Load changes flagged where available
End-of-life estimates per active tool
Changes suggested at batch boundaries

Save

Tooling spend, visible

Cost per tool and per part
Early-change waste quantified
Vendor and grade comparisons on real life
Tool age against every reject

Keep exploring

Where this connects to the rest of the platform.

Questions

Straight answers.

What is tool life monitoring?

Tool life monitoring counts how many parts or cycles each tool and insert has actually cut, compares that with the life you set for that tool on that part, and warns before the tool reaches the end of its life. MachineWise does this per machine, per tool and per part, automatically.

How does MachineWise count tool life?

Cuts and cycles are counted automatically from the machine for each tool in the registry, so operators do not keep a tally. Life limits are set per tool-part combination and adjusted as counted data accumulates.

Does it reduce tooling cost?

Yes. Most plants change tools early out of caution, throwing away paid-for life, or late, scrapping parts. Counted life replaces both habits with the change point that costs least, and tooling spend per part becomes a tracked number.

Can it detect tool wear before end of life?

Cycle-time drift and load-signature changes where the machine exposes load are flagged as wear indicators, so a tool wearing faster than usual is caught before its counted life runs out.

How does tool life link to quality?

Tool age is recorded against every part, so when rejects appear, quality analysis can see whether they followed a tool nearing end of life.

Ready when you are

Count the real life of your tools this month.

A free 2-machine pilot on your busiest machining centres. Your data stays on-premises throughout.

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