3D scanning, reverse engineering and virtual prototyping technologies provide significant speed up of design, refit and restoration projects. Photogrammetry or 3D scanned data provide development of highly detailed project digital twins and represent excellent three dimensional survay method for any engineering process. Such developed 3D documentation raise project to a higher manufacturing and redesign level.
Marine 3D digitization
3D scanning and digital twin development
Workshop 3D digitization
Virtual prototyping, assembling animations
Example of one our yacht refit 3D digitization process
Demanding refit or interior engineering projects are significantly accelerated with fully implementation of 3D scanning and reverse engineering technologies. Missing or damaged structural and decorative parts will be redesigned and optimized for fast and precise manufacturing by 3D printing or CNC carving technologies.
01
3D scanning and digitalization
The first phase of our work - gathering information about the situation on the vessel and preliminary work / optimisation of the received 3D scanned documentation
02
Reverse engeneering, design and model optimization for rapid manufacturing
We always tend to accelerate and unify the process of 3D scanning and reversible engineering for ship interiors and structural component modifications.
Based on the client”s request, we can create a completely new design or optimize already existing one
03
Detailed Workshop & Assembling documentation, assembling animations and VR instructions
With use of reversible enginerring tools and specialised softwares during refit/construction process; we can provide precise workshop documentation development for custom design elements, parts and decorations by using benefits of modern production technologies such as CNC laser/waterjet/cutting, CNC carvings, 3D printing, mold design etc..
04
Manufacturing process supervision
Development of specific assembly instructions, graphically attractive 3D visualizations and assembly animations in order to speed up and maximally simplify the process of mounting and assembling of designed elements. Monitoring a list of used and fitted materials, keeping and cheking of volumes, mass and positions lists of mounted parts/elements for naval architecture calculations needs.
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