- pankaj.rao@dptes.com | sales@dptes.com
- +91 9665138618
We provide sheet metal design services to develop accurate and manufacturable components for industrial, commercial, and engineering applications. Our designs consider material thickness, geometry, bend requirements, and functional specifications to ensure reliable performance.
Using advanced CAD tools, we create detailed 3D sheet metal models with appropriate bends, flanges, cutouts, holes, and forming features. Each component is designed to meet dimensional requirements while maintaining structural integrity and practical manufacturability.
Our approach focuses on developing efficient, lightweight, and cost-effective sheet metal components that support streamlined production and consistent product quality.
We develop accurate flat patterns for sheet metal components to support laser cutting, punching, and other fabrication processes. Our designs account for material thickness, bend radius, bend allowance, and bend deduction to achieve the required final dimensions.
Proper flat pattern development helps minimize material waste, reduce dimensional errors, and ensure that components can be formed accurately during manufacturing. We also consider the material properties and forming methods required for each application.
Our flat pattern solutions help improve fabrication efficiency, maintain dimensional consistency, and simplify the transition from CAD design to physical production.
We design sheet metal assemblies and enclosures for machinery, electrical equipment, industrial systems, and product housings. Our designs incorporate mounting features, fastening points, access openings, ventilation, and component clearances according to project requirements.
Assembly modelling helps verify component alignment, fit, accessibility, and interference before fabrication begins. We consider joining methods such as screws, rivets, spot welding, and other suitable fastening techniques.
Our enclosure and assembly designs aim to provide reliable protection, efficient installation, ease of maintenance, and practical manufacturing solutions for different industrial applications.
We prepare detailed sheet metal manufacturing drawings with dimensions, tolerances, bend information, material specifications, surface finishes, and fabrication notes. These drawings help manufacturers understand production requirements and maintain consistency throughout the fabrication process.
We also review designs for manufacturability, material utilization, bend feasibility, and assembly efficiency to identify opportunities for improvement. Design optimization helps reduce unnecessary complexity, minimize material waste, and improve production efficiency.
Our goal is to deliver manufacturing-ready sheet metal designs that balance functionality, durability, cost-effectiveness, and dimensional accuracy while supporting efficient fabrication and quality control.