SERVICES

Sheet Metal Structural Design

Translate an approved exterior design into manufacturable sheet-metal engineering.

Published Updated
Translate an approved exterior design into manufacturable sheet-metal engineering.

01

Overview

Turn an approved equipment exterior into sheet-metal engineering that can be manufactured, assembled and maintained. EQPID resolves how the enclosure is divided, where parts bend and join, how doors operate, how modules mount and how service access works.

The engineering balances strength, safety, appearance, production complexity, material use, assembly and maintenance. The output is a coordinated set of 3D data, drawings and BOM information for manufacturing.

02

Is This Service Right for You?

  1. An approved exterior design needs production-ready sheet-metal engineering.
  2. Existing structures suffer from deformation, sagging doors, uneven gaps or difficult assembly.
  3. The core equipment and internal layout are established but enclosure or frame engineering support is needed.
  4. A prototype or production run requires coordinated models, drawings and a BOM.
  5. Part count, fabrication complexity or cost needs to be reduced while retaining the design intent.

03

What We Do

  1. Confirm the Interfaces and Constraints

    Review exterior models, internal modules, mounting interfaces, movement envelopes, ventilation and sealing requirements, service access, transport dimensions and installation conditions.

  2. Plan the Overall Structure

    Coordinate the frame, base, enclosure, doors, guards and supports, including assembly order, disassembly and maintenance access.

  3. Engineer the Sheet-Metal Parts

    Define part divisions, materials, thicknesses, bends, welds, rivets, fasteners and reinforcement around the available production processes.

  4. Develop Doors and Hardware

    Resolve hinges, locks, handles, slides, windows, seals, castors and leveling feet for stable operation and practical assembly.

  5. Coordinate Mounting and Maintenance

    Provide agreed mounting locations and interfaces for equipment, electrical components, cables, fans and modules, with access for service and replacement.

  6. Review Manufacturing Cost and Complexity

    Check bending complexity, welding distortion, tolerances, material use and standard parts to remove unnecessary parts and operations.

  7. Release Engineering Data and Support Production

    Prepare models, part and assembly drawings, cutting data and BOMs, then address first-part or trial-production issues to the agreed scope.

04

What You Receive

  1. Sheet-metal 3D assembly model.
  2. 3D data for the frame, enclosure, doors, guards and related parts.
  3. Part, bending and welding drawings with technical requirements.
  4. Flat patterns or DXF data for laser cutting.
  5. BOM, material and thickness schedules, and standard-parts list.
  6. Assembly drawings, exploded views or key assembly instructions.
  7. Surface-treatment, critical-dimension, tolerance and quality requirements.
  8. Production issue records and revised engineering releases, with support depth defined in the contract.

05

Client Value

The manufacturer receives coordinated information for cutting, bending, welding and assembly. Engineering review identifies access conflicts, assembly problems and avoidable complexity before fabrication starts.

Well-resolved structure supports panel flatness, consistent gaps, stable door operation and maintainability, helping first-part and repeat production become more predictable.

06

Scope & Boundaries

This service primarily covers frames, enclosures, guards and related sheet-metal structures. Core motion mechanisms, precision machinery, process systems, electrical controls, hydraulic and pneumatic systems, thermal calculations, finite element analysis and certification testing normally remain with the client or specialist teams, who must provide accurate interfaces. Physical manufacturing is separately commissioned.

07

FAQs

What is needed before structural design starts?

An approved exterior, internal module layout, accurate interfaces, movement envelopes and agreed requirements for access, ventilation, sealing, transport and installation.

Do you supply manufacturing drawings and DXF files?

Yes, to the agreed scope: 3D engineering data, part and assembly drawings, flat patterns or DXF data, and a BOM.

Does this service include fabrication?

No. Its main deliverables are engineering data and production documentation. Fabrication and assembly require a separate manufacturing scope.

Do you engineer the core mechanism or electrical system?

Normally no. Those systems, specialist calculations and certification remain with the client or relevant specialists unless expressly contracted.

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