Design and detail

3D CAD modelling

Parametric parts and assemblies, set up for what comes next: analysis, drawings or the machine shop.

You send
Sketches, a specification, 2D drawings, scan data or an existing model to improve
You get back
Native parametric Inventor or SolidWorks models, plus STEP or Parasolid, with 2D drawings, PDFs and exploded views
Exploded line drawing of a flanged bearing unit along its axis: housing, ball bearing, circlips, seals, end cap, keyed shaft and cap screws

Overview

Parametric CAD modelValve body, shaded with feature edges

Built to be changed

Key dimensions, features and relationships are controlled parametrically, with a clear feature tree and consistent naming, so design changes, variants and manufacturing updates go in quickly and predictably.

Modelled with manufacture in mind

Our engineers understand the materials, processes and tolerances behind each feature, so the model reflects how the part will actually be made, whether that is by machining, fabrication, moulding or printing.

Checked before release

Models and assemblies are checked for dimensional integrity, interference and manufacturability. Drawings follow BS 8888 with ISO geometrical tolerancing (ISO GPS), with surface finishes and parts lists where they are needed.

What we model

  • New products and components
  • Structural frames and fabrications
  • Mechanisms, tooling and jigs
  • Industrial equipment and process layouts
  • Existing models that need simplifying or improving

One model

Built once, used for everything after

The model we build goes straight into analysis, flow simulation and drawings, without being rebuilt.

Process

How a project runs

  1. 01

    Design inputs

    Drawings, sketches, parts or a short specification. Where needed, we agree key parameters, interfaces and performance with your team first.

  2. 02

    Model development

    Modelled in Inventor or SolidWorks, with the key dimensions and relationships set up before the detail goes in.

  3. 03

    Verification

    Assemblies checked for interference, and each part for how it will be made.

  4. 04

    Delivered

    Models issued in the formats you asked for, with assembly documentation and renders where they help.

Ready to start? Describe the job and an engineer replies within one working day.Start a projector call 0800 246 1012

Questions

Questions we are often asked

How detailed will the model be?

As detailed as the job needs, from a simplified concept model to a fully detailed, production-ready assembly.

Can you model from 2D drawings or scans?

Yes. We build 3D models from 2D drawings, scan data or sketches, and the same engineers handle our paper to CAD and reverse engineering work.

Which CAD software do you use?

Autodesk Inventor and SolidWorks, so you get native parametric models. We also supply STEP or Parasolid, and IGES, DWG or DXF where your system needs them.

Can the models be used for simulation and rendering?

Yes. Our models are structured for direct use in FEA, CFD and photorealistic rendering.

Whole products

Whole products, by F-CAD®

Developing a whole product?

Design to manufacture takes it from specification to production in six stages, with 3D CAD used throughout concept and detail design.

Design to manufacture

Start a project

Tell us about the part

Send a few lines on what you have and what you need modelled, and we’ll come back with how we would approach it.

Freephone
0800 246 1012
Office
220 St Vincent Street
Glasgow G2 5SG
  • NDA before filesWe sign your NDA before you send drawings or models.
  • Secure filesFiles stay on access-controlled storage and are deleted on request.
  • Never shown publiclyYour parts and drawings are never shown publicly without your written consent.
  • Reply in one working dayAn engineer replies within one working day.
What do you need? (choose any)

An engineer replies within one working day. No need to send files yet; we sign your NDA before you do. Your details are used only to reply. Privacy notice