Global Marine Scanning

Reverse engineering is the process of reproducing a part by extracting its surfaces or sketches from a laser-scanned point cloud or a mesh, thereby creating a CAD model of the part. This model reflects how the design was originally conceived. This method has become increasingly popular for building 3D models of parts that do not have previous CAD files. Its adoption has allowed numerous professionals and companies to reduce costs and time, as well as increase quality in desig

Laser scanning of yacht hulls and decks for remodeling Laser scanning of the yacht’s existing state Capturing Complex Surfaces:  3D laser scanning quickly and accurately captures the intricate surfaces and measurements of boats. Traditional methods would take weeks to achieve comparable precision. This reliable data significantly simplifies vessel modifications and repairs. Modeling of yacht for retrofits and renovations Accurate Measurements for Custom Parts:  Using 3D laser

3D laser scanning has revolutionized ship verification and design, providing a more accurate and efficient approach compared to...

Yatch laser scanning capture at the dock Yacht laser scanning represents a technological innovation that is transforming the nautical industry, offering multiple benefits in the design, maintenance, repair, and management of luxury vessels. Precision and Detail: The main advantage of laser scanning  is its ability to capture data with millimeter accuracy, enabling the creation of highly faithful 3D models of the yacht’s real structure. This is essential for tasks requiring pr

3D Laser scanning has the ability to accurately capture everything that is seen in any particular location, including structural steel,...

For renovation or modification projects, it is possible to scan the elements before engineering design. Using laser scanning you can...

Alternative Maritime Power (AMP), also called Cold ironing, shore connection or shore-to-ship power (SSP), is the process of providing...

Laser scanning and 3D digitalization process of the S51 submarine, where we show the capture of surfaces by means of a laser scanner, the...

Our 3D scanning is a developing tool that is increasingly used in the maritime industry and allows to get a very accurate “as build” of...

The Laser Scanner can capture complex and surfaces as dense 3D scan data. This allows performing non-contact, 3D inspections with ease....

Typically, the ballast water treatment system BWTS goes into the engine room or pump room of a ship. The installation of a new and large...

3D laser scanners are used for efficient building modeling in the heating, ventilation and air conditioning (HVAC) industry. This type of...

In order to determine how and where to install a Ballast Water Treatment System on the target vessel, as well as the required...

In shipbuilding, our 3D laser scanners are used to measure complex and extensive ship parts within limited time frames. With such...

The use of laser scanning in shipbuilding is a technology that helps shipyards deliver projects faster, more efficiently and with less...

Early availability of detailed and accurate 3D surveys from laser scan data enables shipyards and Shipowners to be ahead of the game,...

Globalmarinescanning.com offers a 3D laser scanning service to assist owners and yards to be ahead of the market, planning the project, ...

A 3D Laser Scanning plays an important role which helps to take decisions to Design Engineers for the installation of BWTS. Scanning can...

In earlier times, a design engineer on board uses tapes to measure and records the measurements of the existing systems, spaces...

Vessel Type - Detailed: Container Ship Gross Tonnage: 41359 DWT Summer: 52784 t Length Overall x Breadth Extreme: 264,04 x 32.3 m The use...