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TMS Engineering

TMS has acquired a reputation as a design and consultancy firm in the area of mechanical engineering: we are the specialist in design and calculations of complete installations and/or equipment of cranes, drilling machines and mechanical installations for dredging, offshore industry and shipping. These machines and equipment are used throughout the world on impressive projects. TMS designs in accordance with national and international standards.

The unique combination of the very latest software and our practical and innovative knowledge results in unique products that excel in terms of efficiency, flexibility and reliability. TMS designs your solution.

Dredging and Shipbuilding

TMS has specialized expertise relating to shipbuilding and dredging technology. In addition to top-level calculations for ships, including finite element calculations and complex vibration analyses, we also design ship-parts, pontoons and dredging equipment.

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Cranes and Foundation Equipment

For over 20 years, TMS designs and develops cranes and foundation equipment for on-shore and shipboard purposes for a large diversity of jobs. Within TMS there is a lot of experience and expertise of the rules for cranes and foundation equipment.

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Offshore Equipment

TMS designs a variety of equipment and constructions for the offshore industry. Some examples are: Cutting ROV's, piling templates and platforms, pile drilling tools, pile dredging tools, monopile plugs, lifting and upending tools, transition piece transport frames, external pile jetting tool, offshore reels and wire line masts

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Heavy Lifting and Transport

TMS calculates and designs lifting equipment and complete lifting and jacking systems. Besides that, TMS also calculates and designs sea fastening of complete ships, bridge components, viaducts, tunnels, large machines and structural components.

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TMS has expertise and experience in the following areas:

  • Designs and drawings in 2D and 3D
  • FEM analysis
  • Static calculations
  • Dynamic calculations
  • Kinematic calculations
  • Second-order effects like buckling and bending

All the designs described on this website can also be supplied under interesting conditions.