Engineering the design of a concept from initial need definition through to the final deliverable product is one of our strongest skills. Projects are conducted with the utmost in quality and reliability by evaluating the requirements, identifying the related codes and standards, running Structural, Thermal, Modal and Frequency response Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) models for design verification, assessment of critical defect size, vibration and fatigue and then defining the scope of subsequent prototyping and design validation tests that will determine the outcome of the design.
Details are given the highest priority that include specifications of components, raw material, dimensions, and tolerances to confirm variables such as critical loads, deflections, motions and strength requirements. By applying this dedicated level of detail and precision to a project, we are able to develop and deliver the most applicable and highest quality engineered solutions for complex systems.
Manufacturers are increasingly challenged to create products that work smarter and faster while still maintaining profitability. Our engineering staff and supporting test laboratory specializes in the development and improvement of products and special purpose machinery for several industries including oil and gas, manufacturing, automotive, aerospace and medical.