Boom Head Assembly Left
Boom systems · Compatible with Sandvik
Redefining Reliability
Performance, Reengineered
BEYOND ORIGINAL SPECIFICATION
MINING COMPONENT REENGINEERING
Original component specifications establish a baseline. MASPRO reengineering examines how a component actually performs within the machine, operating environment and maintenance system.
By combining field insight, engineering expertise and manufacturing capability, we identify where evidence supports an opportunity to improve reliability, extend component service life and reduce operational disruption.
Where improvement is required, components can be reengineered around real operating conditions, wear profiles, loads and failure modes, addressing the performance requirement in context rather than modifying a component in isolation.
Not sure what’s causing the failure? Start with Site Diagnosis.
HOW REENGINEERING WORKS
Our engineering & design approach
MASPRO combines field evidence, engineering analysis and manufacturing capability to identify, engineer and validate improvements around the conditions the component actually operates in.
Identify the Opportunity
We identify components with the potential for improvement through field experience, performance history and recurring reliability challenges. Working with mining operations, we establish how the component is being used, where performance is limited and whether the evidence supports reengineering.
Engineer the Improvement
Our engineers evaluate how the component interacts with the machine, operating loads and surrounding systems. Where improvement is required, we reengineer around real operating conditions to strengthen reliability, performance and service life without considering the component in isolation.
Validate Performance
Reengineered designs are validated through appropriate engineering review, testing and field-based performance evidence before being scaled more broadly across equipment or fleet applications.
THE OUTCOME
Better engineering. Better reliability.
The objective is not simply to improve an individual component, but to deliver a more reliable outcome for the equipment system it operates within.
IMPROVED RELIABILITY
Address recurring performance limitations and failure modes through engineering improvements designed around real operating conditions.
EXTENDED COMPONENT SERVICE LIFE
Reengineer components around actual loads, wear profiles and operating demands to extend service life where evidence supports improvement.
IMPROVED SYSTEM PERFORMANCE
Consider how the component interacts with the wider machine so improvements support equipment reliability, not simply the performance of one part in isolation.
PERFORMANCE REENGINEERED
BECAUSE LIKE NEW IS NOT ENOUGH
Featured Products
