Showing posts with label materials handling. Show all posts
Showing posts with label materials handling. Show all posts

Monday, 15 April 2019

Structural Detailing

At Hamilton By design our Steel Detailing team interpret architectural and structural engineering drawings to gain a thorough working knowledge the overall design intent of a building or structure. With our extensive steel detailing and erection experience we translate information from the propose engineering or architectural design into a clear set of work shop drawings for the purpose of fabrication.

The difference between design and detailing is, design is the complete creative process of taking an idea from conception and putting that concept to paper for the purpose of manufacture. Where as detailing is the first step of braking the design into manufacture-able pieces. In general these pieces become manufacture-able and are transported to site for erection.

At Hamilton By Design we believe that in order to keep projects running on time and within budget both designers and detailers need the relevant experience and training to turn great ideas into fantastic designs.

For more information about Steel Detailing or Steel work Design contact Hamilton By Design today.





Tuesday, 5 March 2019

Solidworks Materials Handing

SolidWorks large assembly management is something that is optimized over time or experience on large assemblies. Hamilton By Designers have built efficient design tools for larger assembly
In many cases efficient large assembly designs can produced
  • Simplify Parts – Only detail items that will be detailed or manufactured and use simplified models for external items.
  • Define your hierarchy – of assemblies and sub-assemblies by breaking them up by assembly process, function or manufacturing process.
  • Fully-define Sketches – Put some dimensions on anyway. It’ll make the change process easier for you.
  • Configurations – only use configurations where necessary and preferably purposes of detailing.
As a general rule assemblies and sub-assemblies should be limited to a maximum of 50 parts and or sub-assemblies.
For more information on efficient SolidWorks design practices contact



Saturday, 17 March 2012

Soildworks Structural Design

SolidWorks Structural Design – Accurate Data, Quality Drafting, Fit-First-Time Outcomes


SolidWorks Structural Design - Hamilton By Design





Structural drafting has always been judged by one simple measure — does it fit on site the first time? The reputation of every structural draftsperson is built on the quality and accuracy of the drawings they produce. Modern tools such as SolidWorks Structural Design give detailers the ability to meet that expectation with confidence by combining intelligent 3D modelling with real engineering data.

From Lines on Paper to Intelligent 3D Models

Traditional 2D drafting relies heavily on interpretation, manual measurement, and assumptions about existing conditions. While experienced detailers can achieve excellent results, the process leaves room for error — particularly on brownfield projects where structures have moved, been modified, or were never built exactly to the original drawings.

SolidWorks changes that approach. Instead of drawing lines, the draftsperson builds a true 3D representation of the structure using parametric components. Connections, member sizes, hole locations, and interfaces become part of an intelligent model rather than disconnected details. When a change occurs, every related drawing updates automatically, reducing the risk of inconsistencies between plans, sections, and fabrication outputs.

This model-based workflow is at the heart of the SolidWorks structural services offered by Hamilton By Design, where drafting is treated as an engineering process rather than simple drawing production.

The Importance of Accurate Input Data

Even the best software cannot compensate for poor information. The greatest risk to any structural drafting project is inaccurate site data. Measurements taken by hand, outdated as-built drawings, or assumptions about existing steelwork often lead to clashes that only become obvious during fabrication or erection.

That is why 3D scanning has become the most appropriate method of collecting engineering data for structural design. Laser scanning captures millions of precise points across the entire site, creating a point cloud that represents reality exactly as it exists. This data can be imported directly into SolidWorks, allowing the draftsperson to design new components in the correct position relative to the real structure.

By starting with scan data rather than guesswork, structural components can be checked for fit before a single piece of steel is fabricated. This approach protects budgets, programmes, and most importantly the professional reputation of the draftsperson.

Learn more about how this process works on our 3D Scanning Services page, which explains how point clouds are captured and converted into reliable design geometry.

Quality Drafting Protects Your Reputation

Every drawing issued to a fabricator carries the name of the person who produced it. When beams align, bolt holes match, and site crews can install without modification, that draftsperson earns trust. When components clash or require rework, confidence quickly disappears.

Modern structural drafting must therefore be built on three pillars:

  1. Accurate capture of existing conditions

  2. Professional 3D modelling using tools like SolidWorks

  3. Clear, fabrication-ready documentation

Hamilton By Design’s Structural Drafting Services follow this exact workflow. Drawings are generated directly from coordinated 3D models, ensuring dimensions are consistent and interfaces are checked long before steel reaches site.

SolidWorks – More Than Just CAD

SolidWorks is not simply a drawing program; it is an engineering platform. Within the structural environment detailers can:

  • Model complex connections and assemblies

  • Check clearances and clashes in real time

  • Produce automated bills of materials

  • Generate workshop drawings directly from the model

  • Integrate with analysis and FEA tools

These capabilities allow a level of control that traditional drafting cannot match. For fabricators and engineers this means fewer variations, faster approvals, and smoother construction.

Our SolidWorks page on the Hamilton By Design website outlines how we use this platform to deliver structural projects across mining, industrial, and commercial sectors.

Fit First Time – The Real Measure of Success

The goal of structural drafting is not beautiful drawings — it is steel that fits together without rework. Combining 3D scanning, SolidWorks modelling, and experienced detailing creates a workflow where problems are solved in the office rather than on site.

Whether you are upgrading an existing plant, adding new platforms, or coordinating complex interfaces with mechanical equipment, starting with accurate data and professional modelling will always deliver the best outcome.


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Reputation is built on accurate data — and accurate data creates quality structural drafting.