Some of the best ( and worst :blink1
scaffold brains in the world are on this site,
System is a perpetual subject on here to be discussed, dismissed and to be generally argued over.
Here's the challenge,
Design a system that works as well as possible,
I'm going to kick this off with what our business would like to see a system being able to do,
Bay sizes that you can divide to be able to run tidy returns with non telescopic components (Layher make ledgers and boards that can extend, they cost the earth)
Boards that dont leave huge gaps or use half boards and gap decks (Alltrad have them).
Toe boards that need fittings to hold them on on an independent( toeboard to hook under the outside board, somehow).
Standards that are open ended for the odd shore and hangers.
Generally components that dont leave huge gaps, ring system ladder decks leave. Huge f$$king gap as do a lot of their transom sizes.
I know there will always be a need for tube but it would be good if system manufacturers looked at designing scaffolding from a scaffolders perspective.
System is a perpetual subject on here to be discussed, dismissed and to be generally argued over.
Here's the challenge,
Design a system that works as well as possible,
I'm going to kick this off with what our business would like to see a system being able to do,
Bay sizes that you can divide to be able to run tidy returns with non telescopic components (Layher make ledgers and boards that can extend, they cost the earth)
Boards that dont leave huge gaps or use half boards and gap decks (Alltrad have them).
Toe boards that need fittings to hold them on on an independent( toeboard to hook under the outside board, somehow).
Standards that are open ended for the odd shore and hangers.
Generally components that dont leave huge gaps, ring system ladder decks leave. Huge f$$king gap as do a lot of their transom sizes.
I know there will always be a need for tube but it would be good if system manufacturers looked at designing scaffolding from a scaffolders perspective.