Product Development Solutions

Transforming ideas into precision-engineered solutions with a strong focus on manufacturability and performance. We provide expert drawing and drafting services, ensuring clear, detailed, and production-ready documentation. Our 3D modeling capabilities bring concepts to life, from initial prototypes to fully functioning final designs. 

With deep expertise in Design for Manufacturing (DFM), we tailor designs for a range of production methods, including CNC machining, sheet metal fabrication, and additive manufacturing (FDM, SLA, SLS, L-PBF, EBM). Our team produces high-quality and cost-effective part and components for all your design needs. 

Whether you're developing a new product, optimizing an existing design, or transitioning to advanced manufacturing techniques, we deliver innovative, high-performance solutions that meet your engineering and business needs. 

Specializing in advanced finite element analysis (FEA), we provide expert solutions in structural, thermo-mechanical, and non-linear analysis to tackle complex engineering challenges. We provide detailed stress analysis, fatigue and durability assessments, contact and impact simulations, and multi-physics modeling to ensure designs perform reliably under extreme conditions. 

Our expertise extends to composite materials, metal additive manufacturing, and high-temperature applications, enabling high-performance solutions for aerospace, defense, energy, and cutting-edge industrial applications. With precision and innovation, we deliver real solutions using our deep understanding of real-world physics. 

We provide expert consulting in metal additive manufacturing (AM), specializing in high-performance, mission-critical applications for the aerospace industry and beyond. Our services include design optimization and performance validation, ensuring that additive manufacturing delivers maximum efficiency, reliability, and structural integrity. 

Performance validation provides the necessary proof and confidence that printed components meet safety, reliability, and durability standards. Whether through mechanical testing (i.e.: tensile testing, fatigue testing, etc...) or non-destructive methods, it is essential to verify physical and mechanical performance of AM materials.  

With expertise in laser-powder bed fusion (L-PBF), electron beam melting (EBM), directed energy deposition (DED), and post-processing techniques for surface and/or mechanical improvement, we help our customers achieved better performance and more cost-effective components tailored for demanding environments. 

Our team of experts delivers comprehensive test validation analysis, ensuring your designs perform as intended under real-world conditions.

We collaborate with licensed and certified testing vendors to conduct advanced evaluations that meet the stringent requirements of industries such as oil and gas, mining, and aerospace.

Beyond physical testing, we leverage finite element analysis (FEA) and other analysis & simulation methods to validate models, correlate test data, and refine designs for maximum accuracy and performance. 

By integrating simulation with real-world testing, we ensure reliable, data-driven validation, helping you verify compliance, durability, and functional requirements with confidence.