Rack Frames and Uprights
Formed and welded rack frames, vertical rails, base frames and top frames with fit-controlled datum points.
Build-to-print data center rack frames, cabinet shells, doors, rails, busway covers, power-zone panels and high-density server rack mechanical kits for infrastructure OEMs. DRAmetal controls rack fit, grounding features, coating, hardware and export-ready packout from prototype to repeat batch production.
High-density data center OEMs often need custom rack frames, cabinet shells, rail datums and deployment kits rather than a catalog server rack. Certification responsibilities and mechanical interfaces are defined with the released design.
Formed and welded rack frames, vertical rails, base frames and top frames with fit-controlled datum points.
Side panels, doors, perforated panels, top covers, filler panels and access covers for data center rack bodies.
Busway covers, cable panels, airflow baffles, blanking plates and bracketry for high-density rack layouts.
Finished rack metalwork packed by rack model, cabinet bay, project revision or deployment sequence.
The data center OEM owns rack load rating, electrical architecture, safety certification, thermal validation and final system approval. DRAmetal manufactures the sheet metal rack frames, panels, rails, brackets and mechanical kits according to released drawings and inspection requirements.
Custom high-density rack programs need controlled frame, rail, door, grounding and packout interfaces beyond the choices available in a standard catalog cabinet.
Frames Uprights, base frames, top frames, welded rack structures and reinforced mounting features for dense server or power cabinets.
Shells Perforated doors, side panels, top covers, filler plates and rack cabinet body parts with coating and cosmetic protection.
Power Cable entry panels, busway housings, airflow baffles, blanking plates and brackets for high-density data center infrastructure.
Kits Rack frames, doors, rails, panels and hardware-ready parts packed by rack model and project revision.
| Materials | Cold-rolled steel, galvanized steel, aluminum, stainless steel and drawing-defined coated sheet metal |
|---|---|
| Processes | Laser cutting, punching, bending, welding, hardware insertion, powder coating, assembly and rack-kit packout |
| Part examples | Rack frames, uprights, rails, doors, side panels, top covers, busway covers, cable panels, filler panels, airflow baffles and brackets |
| Quality controls | First article, rail datum checks, door fit, grounding stud presence, coating review, hardware check and packout verification |
| Documentation | Drawing revision, BOM, finish note, inspection record, hardware list, material certificate and packaging photo when required |
| Delivery format | Loose rack parts, subassemblies, hardware-ready mechanical kits, rack model packs or deployment project packs |
Confirm rack model, U height, load paths, rail datum points, door and panel scope, grounding and customer validation boundary.
Review rails, doors, hinge points, perforation, grounding studs, finish thickness and assembly sequence.
Cut, punch, bend, weld and deburr rack frames, panels, rails, brackets and airflow parts.
Apply coating, install PEM hardware, studs, hinges, latches or customer-specified hardware.
Check rail positions, door gaps, grounding points, finish quality and assembly-critical dimensions.
Pack rack metalwork by model, bay, project phase, site sequence or drawing revision.
Rack metalwork sits between structural load, airflow, cable routing, grounding, door service and deployment logistics. A supplier must control both sheet metal fabrication and final rack fit.
Small tolerance stack-ups can create rail misalignment, door rub or poor panel fit after assembly.
Studs, masked zones and conductive interfaces must follow the OEM's electrical bonding plan.
Perforated doors, baffles and blanking plates affect cooling performance in high-density racks.
Rack projects need metalwork grouped by rack model, site or cabinet bay to reduce installation sorting.
Materials, fabrication decisions and results for an anonymous customer project.

Component reference image
Incoming batches varied in quality, including out-of-tolerance upright alignment and inadequate load capacity.
Results apply to the project configuration described on the linked page.
Explore Customer Projects →Server racks, busway housings, cable trays and aisle containment give us practical infrastructure manufacturing context.
Cutting, punching, bending, welding, coating, hardware insertion and kit packout are coordinated under one supplier.
Rails, doors, panels, grounding points, cable entries and mounting features are checked from functional datums.
Finished rack parts can be packed by rack model, drawing revision, bay or deployment sequence.
The server rack page covers standard and semi-standard rack products. This page focuses on build-to-print custom rack metalwork, rack frames, cabinet shells and deployment kits for OEM programs.
We manufacture UL 2416-aware mechanical features to customer drawings. The OEM or certification body owns final load, safety and certification approval.
Yes. Rack frames, panels, rails and hardware can be packed by rack model, cabinet bay, drawing revision or deployment sequence.
Send drawings, STEP files, rack format, load/interface requirements, material and finish notes, hardware list, grounding details, CTQ dimensions and forecast quantity.
Send rack drawings, STEP files, rail datum requirements, material and finish notes, grounding details, hardware list, packout preference and expected quantities. We will review manufacturability and inspection risk before quoting.