Is Your GET Actually Performing? What to Look at Before Changing Systems.

Ground Engaging Tools are supposed to wear. That part is obvious.

What is less obvious is whether you're getting the performance you should from them.

A tooth reaching the end of its life doesn't necessarily mean the system performed well. And changing teeth frequently doesn't automatically mean it performed poorly.

The useful question is:

What happened during the time that GET was on the machine?

After 25-plus years around heavy equipment and operations, I've learned that the answer usually requires looking beyond the worn tooth sitting on the ground.

Start With the Application

Before comparing brands, systems, or prices, understand what the machine is actually doing.

What material is it working?

How abrasive is it?

Is the application primarily penetration, abrasion, impact or some combination?

How many hours is the machine running?

How frequently are teeth being changed?

Are operators changing GET because it is genuinely worn out, or because penetration and productivity have deteriorated before all the available material has been used?

The same GET can behave very differently between two machines because the applications are different.

That is why the application has to come first.

Look at What Comes Off the Machine

Used GET contains information.

Don't just throw it in the scrap pile without looking at it.

Look at the remaining wear material.

Look at the shape.

Compare center teeth with corners.

Look for uneven wear.

Look at the adapter nose and connection points.

Look at the lip, corners and bucket protection.

And ask a simple question:

Why did we change this part when we did?

Sometimes the answer is straightforward. The tooth reached the end of its useful life.

Other times you may find significant material remaining, uneven wear, damaged components or another reason the GET was removed early.

That is worth understanding.

Hours Matter, But They Don't Tell the Whole Story

Operating hours are one of the simplest ways to begin measuring GET performance.

If one system consistently runs 300 hours and another runs 500 hours in a comparable application, that deserves attention.

But hours alone can also mislead.

Material conditions change.

Production changes.

Operators change.

Machine utilization changes.

A tooth that lasts longer but performs poorly during those hours isn't necessarily an improvement.

That is why hours should be considered alongside the application and what physically happened to the GET.

Pay Attention to the Connection

The tooth gets most of the attention because it is the part everyone sees being replaced.

But the connection between the tooth and adapter matters too.

Movement at that interface can contribute to wear over time.

Adapter condition matters.

Retention matters.

Fit matters.

And when evaluating a GET system, those components should be inspected together rather than treating the tooth as an isolated wear part.

A system is exactly that: a system.

Look Beyond the Tooth

Bucket protection is another part of the picture.

GET exists partly to put replaceable wear material between the application and more expensive structural components.

So while measuring tooth performance, look at what is happening behind and around it.

Are adapters holding up?

Is the lip protected?

Where is the bucket wearing?

Are there areas receiving more abrasion than expected?

Are maintenance interventions increasing?

A tooth can perform reasonably well while another part of the wear system is becoming the real problem.

Establish a Benchmark Before Changing Anything

This is where many comparisons become weak.

A new GET system gets installed and six months later someone says:

“It seems to be lasting longer.”

Maybe it is.

But what did the previous system actually do?

Before changing GET, capture a reasonable baseline:

Current system.

Machine.

Application.

Material.

Operating hours between changes.

Condition at removal.

Adapter condition.

Relevant bucket wear.

Any recurring failures or interventions.

It doesn't need to become a laboratory experiment.

It just needs to be good enough that when something changes, you have a real point of comparison.

Then Test the Alternative

If the current GET is performing well, there may be no reason to change it.

That matters.

Changing a system just because another supplier says theirs is better isn't much of a reason.

But when there is a legitimate performance opportunity, test it properly.

Same machine where possible.

Same application.

Known incumbent performance.

Defined measures.

Then run the alternative and see what happens.

That's how we approach GET at CorePartsDirect.

We work with C-REX because we believe there are applications where the system can deliver meaningful advantages.

But believing it and proving it are two different things.

So where the application makes sense, we'd rather put C-REX against what you're already running and measure the result.

Your machine. Your material. Your benchmark. Your result.