REVERSE ENGINEERING SOLUTIONS IN SAUDI ARABIA
Offshore contractors are always looking for Reverse Engineering Solutions to refurbish, repair and maintenance of offshore equipment and assets in Ports, shipyards and ship building…!!!! EIWAA is the best choice of Reverse engineering solutions in Saudi Arabia by 3D laser scanning and modeling of offshore assets and equipment’s. This can be accomplished by high precision 3D Laser scanning and modeling of precises dimensional control. EIWAA provides hull form analysis, ship design, and damage assessment for ships, vessels, boats, yachts and platforms. Reverse Engineering solutions are based on ship classification rules and IMO regulations.
In situations where the original design documentation is out-of-date, missing, or incomplete, reverse engineering solutions utilizing 3D scanning are required. To produce 3D CAD models and engineering as-built drawings, we capture the precise geometry of intricate structures, ship hull forms, and machinery areas in ships, vessels, and offshore rigs. To create legacy vessels, replicate marine equipment, and create digital twins for environmental and life cycle management, our reverse engineering services assist ship owners, rig owners, shipyards, and ship repair businesses. We offer reverse engineering services for equipment modification or remanufacturing, hull form analysis for CFD or hydrodynamic studies, replication of outdated or damaged components, and legacy vessel preservation and documentation.
REVERSE ENGINEERING OF OFFSHORE EQUIPMENTS IN SAUDI ARABIA
Our team is accustomed to creating or verifying CAD (Computer Aided Design) data using 3D scanning data. The design of many older assets can only be clearly described by the original documentation that has deteriorated over time or, of course, by the multiple low-definition photocopy procedures. 3D scanning is the most accurate and effective method of replacing the original documentation with reference to the existing hardware. Reverse engineering is the broad term for the process of reproducing an object for which there is no production information.
- Component Reproduction: 3D scanning of damaged or legacy mechanical components, such as brackets, valves, and propellers, and producing CAD models for replication in order to do away with the requirement for original design blueprints.
- Hull Form Analysis: 3D scan survey or digital hull geometry capture for verification of designs or CFD analysis.
- Documentation of Legacy boats: Create 3D models for future maintenance, ship design, upgrades, and conversion projects by digitizing boats without current or accurate drawings.
- Structural Integrity Assessment: Identify deformations, corrosion loss, or misalignments for maintenance plan and classification compliance by comparing the existing structure to the original design specifications using a 3D scan.