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ValBrid provides specialized engineering simulation, optimization, and analytics services to improve product reliability and operational efficiency. Using advanced tools such as Discrete Element Method (DEM) and Finite Element Analysis (FEA), we deliver accurate predictions of material flow, wear behavior, and component life expectancy. Our expertise supports industries such as pharmaceuticals, mineral processing, and heavy equipment manufacturing.
Engineering Simulation – DEM, FEA & Wear AnalysisAdvanced Simulation Capabilities
ValBrid offers end-to-end engineering simulation services leveraging Discrete Element Method (DEM) for modeling granular flow of particles. These simulations are widely used in the pharmaceutical and mineral processing industries to optimize handling, mixing, and transport processes with accuracy and efficiency.
Finite Element Analysis (FEA)
Our FEA solutions evaluate mechanical components for stress distribution, fatigue life, and potential failure modes. By predicting how parts behave under operational conditions, we help clients improve design durability and reduce unexpected breakdowns.
Wear and Life Cycle Analysis
Through specialized wear analysis, we assess contact parts in grinding mills, crushers, belts, and off-road equipment. This enables the identification of wear profiles, supporting accurate utility lifetime predictions and better maintenance planning.
Optimization and Data Analytics
Our services combine simulation with optimization techniques to maximize equipment performance and reliability. Data-driven insights guide material selection, process improvement, and cost-effective design strategies.
Industry Applications
Engineering simulation and analytics are essential for industries where precision and reliability are critical. ValBrid’s services support manufacturers, process engineers, and operators in pharmaceuticals, mineral processing, and heavy machinery applications.
