3D Model Dispenser Enclosure: Sheet Metal
as a flat pattern for laser cutting and folding. Structural rivets use 4.1 mm holes, and the removable service panels use 9 mm holes for nutserts. You get: a fabrication drawing pack (flat patterns, fold
3D Model sheet_metal_enclosure-1-
The enclosure was developed for laser cutting and CNC bending, with proper bend allowances, flat patterns, ventilation slots, mounting features, and fastening points. The final design is optimized for
Designer sohailahmedk
SolidWorks CAD Designer | Sheet Metal, Assemblies & Technical Drawings
sheet-metal parts and assemblies, structural components, detailed part modelling, exploded views, BOMs, flat patterns, and manufacturing drawings. I can also prepare common deliverables such as native SolidWorks
2D CAD Design Services 2D CAD Drafting Services 2D Drafting 2D Drawing 2D to 3D Conversion Services 3D CAD Translation Services 3D Modeling 3D Models Assembly Design Assembly Drawing Services BOM CAD Conversion CAD Design CAD Designer CAD Drafting Services CAD Drawing Services FEA Furniture Design General CAD Drafting Homeware Design Image to CAD Conversion Services Lighting Design Manufacturing Drawings Part-to-CAD Modeling PDF to CAD Conversion PDF to DWG Conversion Pet Product Design Sheet Metal Design SolidWorks SolidWorks Design Services Standardization of Drawings Toys & Games Design Wearables Design
3D Model Sheet Metal Electronics Enclosure | Aluminium 5052, Flat Patterns, PEM Hardware, Louvres
louvres on each end for airflow. Every bend is modelled with its real inside radius (1t), and the flat patterns are developed from the same numbers (K-factor 0.42, 90° bend allowance 3.35 mm on the base and
3D Model Fuel Cube: Product CAD and Renders
cube: tank weldment, folded cabinet panels, doors and fittings. I built it so the drawings and flat patterns come from the same model, then made a studio render set in KeyShot. You get: a SolidWorks package
3D Model 18-Bag Dust Collector (Bag Filter) – 3D Model & Fabrication Drawings
doors, collection hopper and support structure; assembly drawings, part and fabrication drawings, flat patterns and bill of materials with cut list. Designed for easy bag replacement through the access doors
3D Model Optimized Brkt, reverse engg & Redesign for Multi‑Component
design of various sheet‑metal mounting brackets for multiple components, including development of flat patterns, optimized geometries, and manufacturable layouts. It also includes reverse engineering of several
Designer dhrobochaya
Certified SolidWorks Professional | 15+ Years in CAD & Product Design
machining, molding, and additive manufacturing. - Sheet Metal Design – Enclosures, brackets, and flat patterns with bend optimization. - Parametric Design – Flexible models that are easy to update. - Drafting
2D CAD Design Services 2D CAD Drafting Services 2D Drawing 2D to 3D Conversion Services 2D to 3D Modeling 3D Design Services 3D Modeling 3D Modeling 3D Models of Machine Parts 3D Printing Design 3D Product Modeling 3D Scan to CAD Service 3D Solid Modeling Additive Manufacturing Assembly Drawing Services BOM CAD Design CAD Drafting Services CAD Drawing Services CAD Vectorization Services Design for Manufacturing Detailing Drafting Drafting and Design Services Fabrication Drawings Services General CAD Drafting Machining Manufacturing Drawings Photorealistic Rendering Rendering Sheet Metal Design SolidWorks
Service I will design sheet metal parts with flat pattern and DXF for laser cutting
metal parts using SolidWorks, including bend features, flat patterns, and manufacturing-ready files. My service includes: • Sheet metal part design • Flat pattern creation • DXF files for laser cutting • Bend
Solidworks Autocad CNC Design 3D Design Sheet Metal Design Design 3D Sheet Metal Design Mechanical CAD Design 3D Design Services
3D Model Sheet Metal Design and Weldments: Modular Steel Structures & Racks
enclosures, frames, and racks using DFM/DFA principles. 2. Generating manufacturing-ready 2D/3D CAD, flat patterns, and weldment drawings with GD&T. 3. Optimizing material usage, bend allowances, and joint configurations