Mining Teeth & GET
Milwaukee ForgeTech manufactures forged mining teeth and ground engaging tools (GET) for mining, excavation, quarrying, and heavy material-handling applications.
Forged Mining Teeth & Ground Engaging Tools (GET)
Milwaukee ForgeTech manufactures forged mining teeth and ground engaging tools (GET) for mining, excavation, quarrying, and heavy material-handling applications.
These components operate in some of the harshest environments in industry, where repeated impact, abrasive wear, and high breakout forces place extreme demands on equipment. Forged mining teeth are often selected as a durable alternative to traditional cast wear components, helping improve toughness, reliability, and service life in severe-duty applications.
We work with OEMs, equipment manufacturers, and industrial customers to produce forged mining teeth, bucket teeth, adapters, and custom GET components designed for demanding operating conditions.
Request a Quote or Upload Your Drawing
What Are Mining Teeth & Ground Engaging Tools?
Ground engaging tools (GET) are wear components mounted to excavators, mining shovels, loaders, draglines, and other earthmoving equipment.
These components directly engage rock, ore, soil, aggregate, and abrasive material during excavation and loading operations. Because they absorb much of the impact and wear generated during digging operations, they play a major role in productivity, maintenance requirements, and equipment uptime.
Typical GET components include:
bucket teeth
mining shovel teeth
adapters
lip shrouds
side cutters
heel shrouds
wear plates
ripper points
Mining GET systems are commonly used on:
hydraulic excavators
electric rope shovels
wheel loaders
draglines
mining buckets
quarry equipment
construction equipment
Can Mining Teeth Be Forged Instead of Cast?
Most mining teeth used throughout the industry are cast alloy steel components. Casting remains popular because it supports high production volumes and complex geometries.
However, some mining and excavation applications benefit from forged alternatives.
Forging can improve material structure, toughness, and resistance to fracture, making it attractive for operations experiencing:
frequent tooth breakage
severe impact loading
costly downtime
high maintenance frequency
aggressive digging conditions
For many operations, the goal is not simply reducing purchase price—it is reducing total operating cost over the life of the component.
Why Forging Is Used for Mining Teeth
Mining teeth operate under:
repeated impact loading
extreme abrasion
shock loading
high breakout forces
torsional stress
gouging wear
These conditions can create significant stress concentrations and increase the risk of fracture or premature wear.
Forging reshapes heated steel using compressive force. During the process, the material's internal structure is refined and the grain flow is aligned with the shape of the part, helping create components capable of performing reliably in demanding service environments.
Compared with cast components, forged mining teeth may provide:
improved toughness
reduced breakage risk
improved impact resistance
fewer unplanned replacements
longer service life
improved equipment uptime
Cast vs Forged Mining Teeth
While both cast and forged mining teeth can perform the same basic function, the manufacturing process influences how the component behaves under load.
Forged Mining Teeth
refined material structure
improved toughness
reduced internal porosity
greater resistance to impact loading
reliable performance in severe-duty applications
Cast Mining Teeth
commonly used throughout the industry
economical for high-volume production
capable of complex geometries
may be more susceptible to fracture under severe impact conditions
The right solution depends on the application, operating environment, and performance requirements.
Forged vs Cast Mining Teeth: Why Some Operations Are Switching
Many operations continue using cast teeth because they are widely available and commonly specified.
However, severe-duty applications can expose limitations in traditional wear components.
When teeth fracture or wear prematurely, operations may experience:
unexpected downtime
lost production
increased maintenance labor
bucket damage
more frequent replacement cycles
As a result, some operators evaluate forged alternatives when reliability, uptime, and service life become priorities.
Materials for Forged Mining Teeth
Material selection plays a major role in wear performance, toughness, and service life.
Common materials include:
4140 Alloy Steel
excellent toughness
good impact resistance
through-hardenable alloy steel
suitable for high-load applications
4340 Alloy Steel
higher toughness and strength
excellent hardenability
strong impact performance
commonly used in severe-duty industrial applications
Wear-Resistant Alloy Steels
Selected when applications require a balance of:
abrasion resistance
toughness
impact performance
wear life
Heat treatment can be used to optimize hardness and performance for specific operating conditions.
Material Selection Considerations
Material selection is influenced by:
abrasion severity
impact loading
digging forces
operating environment
service life requirements
maintenance strategy
The best material depends on how the component will be used and the balance between wear resistance and toughness required for the application.
How Forged Mining Teeth Are Manufactured
Forged mining teeth are typically produced using closed-die hammer forging or press forging.
The process generally includes:
billet preparation
controlled heating
forging under hammer or press
trimming and finishing
heat treatment
optional machining
inspection and quality verification
Compared with casting, forging produces a denser and more uniform material structure.
Applications for Forged Mining Teeth
Forged mining teeth are commonly used on excavators, rope shovels, wheel loaders, draglines, and other heavy equipment operating in abrasive and high-impact environments.
Applications include:
surface mining
underground mining
quarry operations
aggregate processing
oil sands operations
heavy excavation
material handling
Typical components include:
excavator bucket teeth
rope shovel teeth
loader bucket teeth
ripper teeth
dragline GET systems
heavy-duty wear components
Performance Advantages of Forged GET Components
Mining teeth and GET components operate under constant impact, abrasion, and high breakout forces.
Forged components can provide:
improved impact resistance
reduced risk of catastrophic failure
longer service life
improved toughness under shock loading
reduced downtime
improved reliability
lower maintenance frequency
reduced total cost of ownership
Reducing unexpected GET failures can help improve production efficiency and reduce costly equipment interruptions.
Capabilities & Production Range
Milwaukee ForgeTech supports:
custom forged wear components
hammer forging
press forging
alloy steel forging
engineering support
die development
short- to medium-volume production
Secondary Operations & Finishing
Depending on application requirements, forged mining teeth and GET components can be supplied with a range of secondary operations to help meet performance, dimensional, and durability requirements.
Secondary operations can include:
machining
heat treatment
boring and drilling
surface finishing
inspection and quality verification
Machining can be used to produce critical dimensions, mounting features, and mating surfaces where tighter tolerances are required. Heat treatment helps optimize hardness, toughness, and wear performance based on the demands of the application.
Inspection and verification processes help ensure components meet specified dimensional and material requirements before entering service.
By combining forging with appropriate finishing operations, mining teeth and GET components can be tailored to the performance requirements of demanding mining, quarrying, excavation, and material-handling applications.
Why Work With Milwaukee ForgeTech
Customers choose Milwaukee ForgeTech because of:
more than 100 years of forging experience
hammer and press forging capabilities
expertise in alloy steel forgings
engineering collaboration
flexible manufacturing support
reliable quality and delivery
We work with customers seeking durable forged alternatives to traditional cast wear components.
Request a Quote
If you are evaluating forged mining teeth, excavator teeth, adapters, or custom GET components, Milwaukee ForgeTech can help.
Send us your drawings, samples, specifications, or application requirements, and our team will review the project and recommend the appropriate forging process, material, and manufacturing approach.