SERVICES

Sheet Metal Fabrication & Assembly

Manufacture and assemble equipment enclosures and structural parts from validated engineering data.

Published Updated
Manufacture and assemble equipment enclosures and structural parts from validated engineering data.

01

Overview

Manufacture physical equipment parts and assemblies from approved 3D engineering data, drawings and BOMs. EQPID coordinates cutting, bending, welding, grinding, coating, surface treatment and assembly within the agreed manufacturing scope.

Quality includes more than dimensions: large panel flatness, consistent gaps, stable doors, controlled welding distortion, accurate colors and clean surfaces all matter. Production review and feedback connect the drawings to the finished result.

02

Is This Service Right for You?

  1. Complete production drawings are available and a fabrication and assembly partner is needed.
  2. Large equipment requires careful control of flatness, gaps and surface quality.
  3. A first unit, small batch or repeat production run needs consistent quality standards.
  4. Previous products have been difficult to manufacture or have differed significantly from the intended appearance.
  5. An enclosure must be assembled around client-supplied core equipment.

03

What We Do

  1. Review the Production Data

    Check models, drawings, BOMs, materials, thicknesses, tolerances, colors, finishes and assembly requirements. Flag manufacturing risks before production.

  2. Prepare Materials and Cut Parts

    Procure or issue approved materials and standard parts, then carry out laser cutting, punching, tapping and initial processing.

  3. Bend and Form

    Complete bending, rolling and required forming while controlling dimensions, angles and springback.

  4. Weld, Correct and Grind

    Plan welding sequences, control heat distortion, straighten where needed and finish surfaces to the agreed structural and appearance requirements.

  5. Apply Coatings and Finishes

    Carry out powder coating, painting, brushing or other agreed treatments using approved samples, with attention to color, gloss, texture and surface defects.

  6. Assemble Hardware and Equipment Structures

    Install hinges, locks, handles, windows, seals, castors and markings. Assemble enclosures or integrate client-supplied equipment to the contracted scope.

  7. Inspect, Package and Deliver

    Check critical dimensions, door operation, fit and surface quality, rectify issues and prepare protective packaging and delivery records.

04

What You Receive

  1. Fabricated sheet-metal parts and welded assemblies made to approved drawings.
  2. Equipment frames, enclosures, doors, guards or structural assemblies.
  3. Physical equipment assembled to the contract-defined scope.
  4. Agreed material, color and surface-finish results.
  5. Records of critical-dimension, appearance and assembly checks.
  6. Feedback on structural and process issues found during production.
  7. Packing lists, delivery lists and agreed dispatch documentation.
  8. Agreed reference samples, quality standards or version records for subsequent batches.

05

Client Value

The deliverable is a physical product with coordinated control of structure, gaps, door operation, surfaces and assembly. Direct discussion of design requirements and fabrication processes helps reduce fragmented supplier handovers.

Production feedback can be incorporated into engineering revisions, supporting a stable first unit and clearer standards for subsequent batches.

06

Scope & Boundaries

Manufacturing follows the approved drawings, BOM, quantities, samples, quality standards and contract list. Projects without complete production data should first complete structural engineering. Core functional components, electrical wiring, software commissioning, equipment performance validation, logistics, site installation and after-sales work must be explicitly agreed.

07

FAQs

Do we need complete engineering drawings?

Yes. Production is based on approved 3D data, drawings and a BOM. If those are incomplete, structural engineering should be completed first.

What is the final deliverable?

Physical parts, welded assemblies, frames, enclosures, structural assemblies or assembled equipment within the contract. Engineering models and drawings are production inputs, not the main manufacturing deliverable.

Can you assemble around our internal equipment?

Yes, where agreed. The contract must define the client-supplied components, interfaces, responsibilities and extent of assembly.

Are commissioning and site installation included?

Only if expressly agreed. Electrical work, software, performance validation, transport and site installation are not automatically included.

Explore Other Services

10

CMF Design

Upgrade color, materials and finishes without changing the equipment form.

20

Industrial Equipment Exterior Design

Redesign the visible product around real operating, maintenance and manufacturing constraints.

30

Product Family Design

Build a consistent design language across multiple equipment models.

40

Product Identity (PI) System Design

Turn brand values into repeatable product design rules for future equipment.

50

3D Equipment Rendering

Create consistent, professional product visuals from existing equipment and 3D data.

60

Sheet Metal Structural Design

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

70

Sheet Metal Fabrication & Assembly

Manufacture and assemble equipment enclosures and structural parts from validated engineering data.

80

Integrated Design & Manufacturing Delivery

Connect exterior design, engineering, manufacturing and assembly under one delivery chain.

Need Help Defining the Right Scope?

Tell us about your equipment, current development stage and what you want to improve.

Discuss Your Project →