GET solutions for Grader & Dozer fleets
Plasma Wear Parts delivers specialist ground engaging tool (GET) optimisation focused on reducing cost per operating hour across mining fleets.
We do not start with product selection.
We begin with performance benchmarking and wear analysis to identify opportunities for improvement across existing GET systems.
Application-focused GET optimisation
Different mining environments require different wear strategies. We tailor GET configurations based on:
- Ground conditions and material abrasiveness
- Machine type and duty cycle
- Maintenance intervals and changeout strategy
- Cost per operating hour targets
This ensures every solution is aligned to real operational demands, not generic catalogue assumptions.
Grader fleet optimisation
Grader fleets operate in variable conditions where inconsistent wear performance directly impacts maintenance efficiency and operating cost.
We focus on:
- Extending wear life between blade and edge changeouts
- Improving consistency of wear across road networks
- Reducing unplanned maintenance interruptions
- Lowering total cost per operating hour
Each configuration is selected and refined based on benchmarking and field validation.
Dozer fleet optimisation
Dozer applications require robust, impact-resistant GET configurations designed for high abrasion and production loading environments.
We optimise:
- Cutting edge and system durability in high-impact zones
- Wear performance in production and overburden conditions
- Balance between penetration efficiency and wear life
- Cost efficiency across full lifecycle operation
All configurations are benchmarked and validated against site-specific performance metrics.
Solutions Pathways
We apply targeted optimisation strategies depending on site conditions and performance goals.
- Baseline Cost Optimisation
Improve cost efficiency using standard GET configurations through improved selection and setup. - Wear Life Extension Programs
Reduce changeout frequency through enhanced wear performance and configuration adjustment. - High-Abrasion Solutions
Hardfacing solutions designed for extreme wear environments. - Application-Specific Tuning
Custom configuration adjustments based on site benchmarking and operational data.
Each pathway is selected based on performance opportunity, not product preference.
Validation approach
All solutions are validated through structured wear trials conducted under real mining conditions.
This ensures decisions are based on:
- Measured wear performance
- Real operating conditions
- Cost per operating hour outcomes
Only validated improvements are recommended for full-scale implementation.
Start a performance review
If your current GET setup has not been recently benchmarked, there is likely an opportunity to improve cost efficiency and wear performance.
Start the process today