Mechanical Engineering
Equipment design from concept up to commissioning.
Our mechanical engineers specialize in designing bespoke equipment used for preparing and installing offshore windfarms, heavy-duty equipment for handling bulk materials, and turn-key concrete and asphalt plants.
We offer our engineering services exclusively or combined with fabrication and commissioning for a turn-key solution
OUR SERVICES INCLUDE:
The essence of our engineering department lies in the important skill of translating user requirements into a functional, cost-effective solution that meets all safety requirements.
We select mechanical and structural engineers for their natural ability to create feasible and practical engineering concepts which are modelled in 3D solids.
The concept phase advances in close collaboration with the customer and is completed only with their full approval.
We can detail, optimize and validate your conceptual design. The commercial availability of purchase parts and the manufacturability are given extra consideration to achieve a cost-effective design with the best lead times. Load cases are defined for structural analysis and other necessary theoretical substantiation is acquired to ensure a safe and functional system.
At TME we can provide you with a complete set of drawings that detail the manufacturing and assembly process.
Production engineers translate design drawings into 2D component drawings, assembly drawings and bills of materials.
All details relevant for the manufacturing and assembly process are specified.
TME has emerged from our sister metalworking company Tosec B.V. This onset has routinized us in incorporating the most practical and economical production techniques into our designs.
TME guarantees a safe and functional solution and will make sure that all design decisions are substantiated with well-defined load cases and analysis by means of hand calculations and / or FEM simulations.
We can build your heave compensated, or other actively controlled, machinery.
TME is skilled in dynamic calculations. Accelerations, rotations, impacts and other complex dynamics are accurately modelled to gain insight in the necessary strength of various parts, for an optimal design.
To support safe and efficient operations during testing and installation, legible and pragmatic installation and test plans are composed detailing working sequences and installation appliances.
To eliminate unnecessary risks and to ensure a reliable solution, we offer systemized review rapports of a design and its components. Possible failure modes and risks are identified and addressed at an early stage.
