Division 01 · Engineering

Engineering Design & CAD Services

Practical 2D and 3D CAD, product design and manufacturing-ready support for prototypes and real-world projects.

Engineering Services

Focused support for practical design work.

CAD, product development and technical documentation for a defined task or several stages of development.

01

3D CAD Modelling

Accurate parts and assemblies created from sketches, measurements, reference images or existing components.

  • Parts and enclosures
  • Mechanical assemblies
  • SolidWorks, STEP and STL
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Examples and applications

  • Product parts and components
  • Enclosures and housings
  • Brackets, mounts and fixtures
  • Replacement parts
  • Mechanical assemblies
  • Hinges, clips and simple mechanisms
  • Prototype geometry
  • Parts recreated from physical measurements

Possible deliverables

  • SolidWorks part and assembly files
  • STEP
  • IGES
  • Parasolid
  • STL
  • Other agreed CAD formats

SolidWorks parts and assemblies can also be converted into front, top, side, isometric, section and detail drawing views. Formats and drawing content are agreed for each project.

02

2D CAD & Layout Drawings

Clear layouts, plans, profiles and dimensioned drawings prepared from sketches, PDFs, measurements or existing files.

  • Equipment and site layouts
  • DWG and DXF drawings
  • Cutting profiles
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Examples and applications

  • Equipment and machinery layouts
  • Workshop, workspace, site and space layouts
  • General arrangement drawings
  • Dimensioned component drawings
  • Fabrication and flat cutting profiles
  • Existing drawing revisions
  • Marked-up plan conversion
  • Simple schematic or assembly layouts

Possible deliverables

  • DWG
  • DXF
  • PDF drawing sets
  • Print-ready sheets
  • Other agreed 2D formats

Work can begin from an existing PDF, CAD file, hand sketch, marked-up image or measurement set. This service does not provide certified architectural, civil or structural drawings.

03

Product Design & Development

Functional products and components developed around their intended use, dimensions, mechanisms and manufacturing requirements.

  • Product concepts
  • Enclosures, hinges and clips
  • Prototype-ready designs
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Examples and applications

  • New product concepts
  • Product enclosures and cases
  • Clips, hinges, lids and locking features
  • Component interfaces and internal layouts
  • Assembly design
  • Ergonomic and usability considerations
  • Design refinement
  • Design for prototyping and manufacturing
  • Modification of an existing concept or product

Starting information

  • A written idea or functional requirement
  • A hand sketch
  • Reference products
  • An existing prototype
  • An incomplete CAD model

Possible deliverables

  • Concept and revision models
  • Design alternatives
  • Functional CAD assemblies
  • Prototype-ready files
  • Manufacturing drawings
  • Final agreed CAD files
04

3D Printing & CNC Support

CAD preparation and design adjustment for additive manufacturing, CNC cutting and physical prototyping.

  • Print-ready files
  • CNC cutting profiles
  • Tolerance and clearance review
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3D printing support

  • Print-ready STL or 3MF files
  • Geometry repair and file checking
  • Wall thickness review
  • Clearance and tolerance planning
  • Splitting large models into printable parts
  • Assembly and joining features
  • Prototype design adjustments
  • Preparation for common FDM or resin printing processes

CNC support

  • DXF or DWG cutting profiles
  • Flat component geometry and CNC-ready outlines
  • Hole and slot layouts
  • Panel and sheet component preparation
  • Basic nesting preparation where appropriate
  • Adjustment for available tools, cutters or material thickness

Physical printing or cutting may be available or arranged depending on material, dimensions, quantity, finish and machine availability. Production is reviewed and quoted separately.

05

Technical Drawings, Visualisation & Engineering Analysis

Technical documentation, design visuals and preliminary analysis to support review, prototyping and supplier communication.

  • Manufacturing drawings
  • Renderings and exploded views
  • Preliminary FEA
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Drawings and visual communication

  • Dimensioned part and assembly drawings
  • Orthographic, section and detail views
  • Exploded and general arrangement drawings
  • Drawing notes, specifications and basic tolerances
  • Bills of materials
  • Technical illustrations
  • Product renderings and presentation images

Preliminary analysis

  • Finite element analysis for agreed design comparisons
  • Identification of potential high-stress or high-deformation areas
  • Geometry refinement to support design development

Analysis scope, loads, restraints, materials and assumptions must be agreed before work begins.

Preliminary engineering analysis does not constitute statutory certification or independent engineering verification unless specifically agreed and completed by an appropriately qualified professional.

Who we work with

Supporting individuals, students, makers, start-ups, small businesses and product developers.

Before You Enquire

What to send for a quote

Send the information currently available. Missing technical requirements can be clarified before work begins.

  • A short project description
  • Sketches, photos or existing files
  • Key dimensions and measurement units
  • Intended use
  • Required deliverables or file formats
  • Preferred timeline

Additional technical information may be requested depending on the project type.

Project-specific information View details Hide details

3D CAD modelling

  • Photos from several angles when recreating an existing part
  • Connected or mating components
  • Required clearances or tolerances
  • Required CAD and export formats
  • Whether a 2D technical drawing is also required

2D CAD and layout work

  • Overall dimensions and scale information
  • Required sheet size or drawing format
  • Required dimensions, labels and notes
  • Whether the drawing is for planning, quoting, cutting, fabrication or presentation

Product design

  • The problem, intended user and operating environment
  • Required functions, target size and expected loads
  • Components and preferred materials
  • Intended manufacturing method and quantity
  • Target cost or budget, if known

3D printing or CNC work

  • Required material, quantity and overall dimensions
  • Critical dimensions and tolerances
  • Machine or supplier limitations
  • Material or sheet thickness
  • Whether physical manufacture or file preparation is required

Technical drawings or FEA

  • Drawing standards or supplier requirements
  • Materials, loads, restraints and connection conditions
  • Required outputs or results
  • Whether analysis is for preliminary comparison or formal verification
  • Any certification or professional sign-off requirements

How It Works

A straightforward design process.

01

Send Requirements

Share the project objective, available files, dimensions and preferred timeline.

02

Review and Quote

The scope, price, timeline, revisions and deliverables are confirmed.

03

Design and Revision

The design is developed and shared for agreed review and revisions.

04

Final File Delivery

Approved files are supplied in the agreed formats.

Discuss Your Project

Have a project in mind?

Share your idea, available files and preferred timeline to receive a practical next step.

Request an Engineering Quote