Eliminate seal failures with precision-engineered solutions. Our expert team delivers optimized designs that reduce failures by 95%+ through advanced FEA analysis and decades of application experience.
Interactive FEA simulation example
From initial concept to production validation, our engineering team provides complete design solutions that eliminate guesswork and ensure optimal performance in your critical applications.
Advanced finite element analysis to predict seal performance under complex loading conditions and optimize groove geometry for maximum service life.
Complete FEA report with stress contour plots, optimization recommendations, and safety factor calculations.
Precision groove design optimization for static, dynamic, and reciprocating applications with detailed machining specifications and tolerances.
Detailed groove drawings with GD&T specifications, machining guidelines, and inspection criteria.
Expert material engineering consultation with comprehensive compatibility analysis, life cycle testing recommendations, and performance validation.
Material selection matrix with performance predictions, test protocols, and supplier recommendations.
A systematic approach that combines engineering science with practical experience to deliver optimized sealing solutions for your most challenging applications.
Comprehensive review of operating conditions, failure modes, and performance requirements
3D CAD modeling with parametric design and initial stress analysis simulation
Advanced finite element analysis with iterative design optimization for peak performance
Physical testing and performance validation with detailed test reporting
Manufacturing specifications, quality control plans, and ongoing technical support
Real engineering challenges solved through expert design optimization, delivering measurable performance improvements and cost savings.
O-rings failing every 500 hours in 3000 PSI hydraulic system, causing $150K annual downtime costs.
FEA-optimized groove design with 15% reduced compression and HNBR material upgrade.
Aggressive solvent exposure causing premature seal failure and product contamination risks.
Custom FFKM compound selection with optimized compression set resistance design.
450°F operating temperature with thermal cycling causing rapid seal degradation.
Thermal expansion analysis with specialized high-temperature FKM compound selection.
Our design engineers will analyze your application and provide initial recommendations at no cost. Get expert insights that could save thousands in downtime and maintenance costs.
Comprehensive review of your operating conditions and failure analysis with improvement recommendations.
Expert material selection guidance with compatibility analysis and performance predictions.
Initial design optimization suggestions with groove geometry and installation best practices.
ROI evaluation showing potential savings from design optimization and material upgrades.