The future of coal.
team, to automate the design process..This isn’t a necessity – many clients have reported that just the process of defining and writing down their own rules processes is valuable, and the manual test fits are already far quicker than bespoke designs..
However, codifying these rules to drive an algorithmic or computational design process, results in a dramatic increase in the speed and quality of adapting Reference Design to a myriad of constraints and needs.On our website, for example, you can see.an app that tests the suitability of new sites for schools.
by configuring the potential options in 10 minutes,.an apartment block configured in half an hour.
a motorway in an hour.
At this speed, we can beta test many more options than could usually be considered – one of our client specific configurators will generate many thousands of completely compliant test fits in a matter of minutes, to select the solutions which best suit a specific site.. Industrialising Reference Design.For storage solutions, we will always try to find out what users plan to store in the unit, as sometimes it may require ventilation to prevent the build-up of gases.. We have had issues with the floor specification not being suitable for specific chemical spills, and even with the impact resistance for when the client installs their laboratory equipment.
The users will often be able to help with the specification of finishes, but typically wipe-down surfaces are suitable for most applications..When it comes to lab sinks, it is important to determine what the lab sink is for before selecting a standard unit.
Metal sinks are often not suitable for chemical discharge, and an epoxy or other material lab sink should be selected.Non-standard sinks come in non-standard sizes, and large lab sinks need to be supported due to the potential for a large mass of water within.
(Editor: Mini Tripods)