At MINING MART, we specialize in planning, developing, and supplying high-quality facilities that are specifically adapted to the needs of the mining sector.
REGIS Belt Splicing Structure – 3D Modelling and Fabrication Drawings
An expansive space that will straddle LA’s famed Wilshire Boulevard, the project will feature 110,000 square feet of gallery space in one single level to display and present art in a non-hierarchical, egalitarian way. As part of the new building, Clark will construct a new theater, education spaces, three restaurants, a museum shop, multi-purpose event spaces, and ancillary and back-of-house facilities.
The California Building for the Permanent Collection is slated to open to the public in 2024.
Client
California Building Co
Location
Los Angeles, California
Category
Construction & Engineering
Architect
Thomas Smith Studio
Year Completed
2024
REGIS Belt Splicing Structure – 3D Modelling and Fabrication Drawings
Our team was tasked with delivering detailed fabrication drawings and a 3D model for the REGIS Belt Splicing platform, using the client’s input as the foundation. The project challenged us to devise a practical, installation-ready structure while overcoming real-world site constraints.
Our Approach
- Site Evaluation: We performed a focused site visit to assess conditions and identify installation limitations.
- Digital Surveying: Advanced 3D laser scanning captured the site with high accuracy for reference.
- Data Preparation:Scan data was meticulously processed to create an exact digital base.
- Structural Design: Structural members were selected and precisely positioned in line with the site’s requirements.
- 3D Modeling:A comprehensive platform model was built using professional software, incorporating client specifications.
- Connection Engineering: All structural connections were developed to meet project standards and installation best practices.
- Feature Integration: Key features such as handrails, grating, and ladder access were included for complete usability.
- Client Review: The digital model and drawings were presented for client input and approvals.
- Adaptive Engineering: To address on-site obstructions, we transitioned the design from a single welded assembly to modular bolted connections for easier installation.
- Final Submission: The full set of fabrication drawings was delivered ahead of schedule.
Outcome
The completed deliverables met every requirement with accuracy and efficiency. Our proactive problem-solving and attention to detail ensured a safe, efficient, and fully site-ready belt splicing platform, delivered on time and ready for construction.
