Mining
High-Performance Vibrating Screen
From multi-deck grizzly screens to high-frequency sizing units, we provide the technical clarity to ensure structural integrity under the world’s most punishing mining conditions
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Engineering Confidence
Why Built-in Reliability is the Foundation of Mineral Processing
Eliminate Design Debt
Our Front End Engineering Design (FEED) approach identifies resonance frequencies and fatigue bottlenecks early, preventing the accumulation of future maintenance costs and site-wide failures
Manufacturing-First Philosophy
We don’t just provide "rainbow charts"; grounded in decades of fabrication experience, our designs reflect real-world fits, tolerances, and assembly requirements for the global mining shop floor
Fail Fast In a Virtual Environment
We utilize high-fidelity numerical methods to simulate extreme loading scenarios such as high-G surges and material blockages before you ever commit to expensive tooling or steel
Resonance & Modal Analysis
Mining screens are defined by their motion, making dynamic validation mission-critical for long-term survival
Resonance & Modal Analysis
Identifying natural frequencies to ensure operational speeds never coincide with harmonic peaks, preventing catastrophic structural failure
High-Cycle Fatigue Prediction
Utilizing advanced solvers to assess the lifecycle of welded and bolted joints under continuous high-G vibration
Non-Linear Stress Assessment
Evaluating deformation and yielding in the screen frame and sub-structures during startup, shutdown, and surge loading
Multiphase Flow & Slurry Simulation (CFD)
Optimize material distribution and media longevity through high-fidelity fluid and particle dynamics
Slurry Flow Optimization
Modeling fluid behavior to minimize stagnation zones and ensure even distribution across the entire screen deck
Wear & Erosion Characterization
Predicting high-impact zones to optimize the placement of wear-resistant liners and screen media
Pressure Drop Analysis
Optimizing wash-down and spray systems to enhance sizing efficiency while reducing water consumption
Topology & Weight Optimization
Reducing mass without compromising strength is the key to increasing G-force and sizing efficiency
Generative Design
Utilizing structural optimization to remove "lazy material," resulting in a lighter, more responsive machine that requires less power
Part Consolidation
Redesigning complex structural assemblies into simpler, more robust fabrications to reduce production lead times and costs
Design and fea
Engineered for Global Mining Resilience
We navigate the complex regulatory pathways of the global mining market with precision, ensuring your machines are ready for immediate deployment in any landscape
Australian Conditions (ADR)
Designing for "Australian conditions"—factoring in extreme sun, heat, wind, and dust while ensuring compliance with Australian Design Rules (ADR)
North American Standards
Expertise in navigating MIL-STD-810 and ASME codes for ruggedized heavy industrial hardware
Validated Technical Stack
All simulations are conducted using NAFEMS-validated tools, ensuring the highest level of mathematical accuracy for critical mining assets
Ready to Engineer the Future of Mining?
Stop guessing and start simulating with certainty. Partner with the specialists who understand the language of mission-critical mining manufacturing