Our business approach has the primary goal of yielding cost effectiveness and enhancing operational efficiency...
Many refineries, whether they are on-shore or off-shore, have been through retrofits and revisions over the years. Keeping engineering documents up-to-date is a serious and prolong challenge.
Laser scanning is now providing the opportunity to capture accurate 3D data of existing facilities, enabling plant engineers to modify, redesign and above all understand what assets they actually have.
Using terrestrial scanning systems to capture industrial applications is quicker, safer and more cost effective than traditional data capture methods.
Collecting all visible data from multiple locations allows engineers to access detailed and accurate information of existing conditions in the field.
Automotive manufacturers are using high speed laser scanning technology to investigate assembly line equipment modifications for new vehicle production.
Using 3D virtual models created from laser scan data, engineers are able to redesign strategic areas of existing equipment without interrupting production. This yields significant cost effectiveness and operational efficiencies.
Relying on 3D scan data, architects are provided with registered point cloud information of every detail of the building both internally and externally.
Accurate “as built” data also gives the opportunity of creating very sophisticated Building Information Models, which can include the complete life cycle and asset management of the building.
When a new process is added or a plant expansion is planned, laser scanning is the solution to capture and document a 3D plan of the current site conditions.
This work flow enables engineers to visualize and build with the full knowledge of existing equipment layout and locations. The process ensures a clash free design and saves many man hours.
Laser scanning of complex shapes enables the accurate creation of engineering models for precise investigations. The hull of a ship is a combination of complex curves; its accurate measurement with traditional methods is extremely difficult.
Creating a surface model from captured 3D laser scan data allows for precise data extraction.
Improving sub contracting accountability, decreasing amount of work and time spent in new capitol projects and re works, knowing what exists and where they are, facilitating better training of personnel, enabling more effective maintenance, ensuring better safety and safe working conditions are among the benefits that contribute to the bottom line of operations.