Industrial Automation
Rapidsheetfab supports Industrial Automation programs that require drawing-based enclosures, cabinets, chassis, panels, brackets, frames, and welded sheet metal assemblies.
Custom sheet metal fabrication for industrial OEMs
Engineering details are organized around material, tolerance, surface finish, inspection, and production readiness.
Use the inquiry module to send drawings, quantities, standards, and delivery targets for a practical manufacturing review.
Service Details
Rapidsheetfab supports Industrial Automation programs that require drawing-based enclosures, cabinets, chassis, panels, brackets, frames, and welded sheet metal assemblies.
Manufacturing Scope
Rapidsheetfab combines fiber laser cutting, CNC punching, precision bending, TIG/MIG/MAG/laser/spot welding, PEM hardware insertion, riveting, M2–M12 tapping, deburring, grinding, brushing, basic polishing, and assembly. The exact route is selected from the drawing, material, thickness, geometry, tolerance, finish, and quantity.
Materials and Thickness Review
- Stainless steel including SUS304, SUS316, and SUS430
- SPCC/CRS, Q235/Q355, and galvanized SGCC/SECC steel
- Aluminum 5052, 6061, and 5754
- Copper C1100/T2 and brass H62
- Typical sheet range from 0.5 to 12 mm, with drawing-specific capability review
Engineering and DFM Support
The engineering review checks bend access, bend radius, hole-to-edge distance, weld access, hardware clearance, flat-pattern feasibility, datum strategy, cosmetic surfaces, assembly sequence, and inspection points. Recommendations are made before production when a design change can improve repeatability or reduce avoidable cost.
Quality and Inspection
The quality flow can include IQC, first article inspection, in-process checks, final inspection, and outgoing quality control. Depending on the order, available records include dimensional reports, material certificates, RoHS/REACH documents, coating reports, and other drawing-defined documentation.
Prototype to Repeat Production
An MOQ of one piece supports prototypes and engineering builds. Typical prototype lead time is 3–12 working days depending on the process; small batches typically require 10–15 days and regular production 15–25 days. Final timing is confirmed after drawing and process review.
Surface Finishing
Powder coating, anodizing, plating, passivation, sandblasting, electropolishing, screen printing, and laser marking are available through qualified finishing partners. Finish specifications, color, gloss, masking, appearance, and test requirements should be included in the RFQ.
Information Needed for a Quote
- PDF drawing plus DXF, STEP, or SolidWorks files when available
- Material grade and sheet thickness
- Prototype and production quantities
- Finish, color, and cosmetic requirements
- Critical dimensions, tolerances, and inspection documents
- Packaging requirements and target delivery
Why Rapidsheetfab
Customers work with Rapidsheetfab for engineering-responsive communication, controlled quality, flexible volume, integrated fabrication processes, and export-ready project support. Email [email protected] with the drawing package for a practical manufacturing review.
Request Pricing for Industrial Automation
Share drawings, material grade, tolerance, surface finish, quantity, and delivery schedule. Rapidsheetfab will review the requirement and respond with the next step.
Send Your Drawing for an Engineering Review
Include your drawing, material, quantity, finish, critical requirements, and target delivery. PDF, DXF, STEP, and SolidWorks files are welcome.
Email [email protected]RFQ Checklist
- ✓ 2D drawing and/or 3D CAD file
- ✓ Material grade and sheet thickness
- ✓ Prototype and production quantities
- ✓ Surface finish and cosmetic requirements
- ✓ Critical tolerances and inspection needs
- ✓ Packaging and target delivery