CAD services and CAE optimisation studiesīecause of their high power density and various other practical advantages, hydraulic systems play a dominant role in the generation, control, and transmission of power in many power-intensive offshore and subsea contexts.Final designs of components and fully fledged systems, taking applicable quality standards into consideration.Concept studies that assess the technical, operational, and/or commercial aspects of potential solutions.Our ultra-long lifetime compensator range, which features a subsea design life of 20 years without requiring maintenance, is a notable example of Seatools’ mechanical subsea engineering capabilities. Knowledge of materials, fatigue behaviour, coatings and cathodic protection, as well as the influence of marine growth, is of critical importance. We also carry out (minor) upgrades that increase the performance of existing subsea equipment.Īs most of our solutions operate in seawater, durability is a very important aspect of their mechanical design. Moreover, Seatools’ mechanical design department frequently plays an important role during feasibility and conceptual studies that require the performance of critical FMEAs.
Seatools is able to deliver mechanical designs at every level – from the mechanical design of subsea components (such as our Inclino sensor range) to complex mechanical designs of a subsea trencher like the Arthopod pipeline trencher. At our mechanical design department, much emphasis is placed on the creative process so as to develop concepts that are able to perform at a minimum level of complexity.
Not only because a fitting mechanical design strongly influences a solution’s durability and its mechanical features (like weight and strength), but an ingenious mechanical design can also greatly increase simplicity, thus reduce costs and increase reliability. For many of our solutions, mechanical design plays a critical role.
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