Fabrication

The fabrication of the Dugong Scraper and other implements was carried out to the highest standards of engineering. This ensured that the machinery was durable, efficient, and capable of handling the tough demands of soil preparation, grading, and land development for both agricultural and recreational purposes.

Fabrication

The fabrication of the Dugong Scraper involved advanced manufacturing techniques to ensure that every component met international standards of precision and durability. Using CNC (Computer Numerical Control) machines, the parts for the Dugong Scraper were cut and shaped to exact specifications. This level of precision was critical for creating equipment that could withstand the rigors of soil preparation, grading, and land development, whether for agricultural fields, sports grounds, or equine operations.

CNC and CAD

To optimize the design process, CAD (Computer-Aided Design) software was utilized to model every aspect of the Dugong Scraper. CNC machines then translated these designs into reality, ensuring each part was fabricated with the utmost precision. This allowed for fine-tuning the scraper’s features, ensuring perfect alignment and fit during assembly. The use of CNC in combination with CAD facilitated the production of parts that performed efficiently under heavy-duty conditions, ensuring long-term reliability on construction and farming sites.

Plasma and Laser Cutting

For the fabrication of complex components, plasma and laser cutting technologies were employed. These methods enabled the precise cutting of tough metals with minimal distortion, crucial for the grading scraper’s strength and functionality. Laser cutting was particularly useful for creating intricate parts, ensuring smooth, clean edges, while plasma cutting efficiently handled thicker materials. Both technologies played a vital role in fabricating the Dugong Scraper to meet rigorous industry standards.

International Standards

The design and manufacturing of the Dugong Scraper adhered to international standards for agricultural and construction machinery. This ensured that the implements were not only reliable and durable but also capable of meeting the specific needs of global markets. Whether used in land grading for agriculture or land development for sports fields, the Dugong Scraper was built to perform consistently, meeting the demanding standards required by industries worldwide.

Modelling

Advanced modelling techniques, including both digital and physical prototypes, were utilized during the fabrication process. These models helped identify potential issues before production, allowing for improvements in design and functionality. By leveraging modelling, the engineering team ensured that the Dugong Scraper was optimally designed for its intended purpose, whether for grading, soil preparation, or land development.

Grading Scraper

The grading scraper was a core component of the Dugong Scraper, designed with precision to handle tough terrain and ensure efficient soil redistribution. The scraper itself was fabricated with the highest standards of plasma and laser cutting, ensuring smooth operation and durability. It was equipped with cutting-edge features to allow for precise land grading and soil management, making it an invaluable tool for a wide range of applications, from agriculture to sports field construction.