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