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chair (material (polymers (PET, PP, LDPE, PVC, TPU, PS), metals (steel,…
chair
material
manufactured boards
mdf
plywood
flexiply
aeroply
chipboard
timber
pine
spruce
oak
ash
metals
steel
iron
aluminium
copper
brass
polymers
PET
PP
LDPE
PVC
TPU
PS
ergonomics
the shape of the bones and muscles around the bottom to minimise the pressure placed on these areas
the shapes of muscles and bones in the back for increased ease and comfort.
the most beneficial seating position for the body
size
is it easy to transport to and from the place of manufacture to the place of work
will it fit in a small office space such as the ones in london
will it be compatible with most desks due to the dimensions of the seat
manufacture
moulding manufactured boards into organic shapes to create a more modern and contemporary design
would it be easy to mass produce on the large scale market
cost
cost of manufacture
cost of making mould if it is laminated
materials used in the product
machinery used in the product
laybour
customer
an office worker with back pains that would like a hard chair which could prevent the pains
adjustable
different bases which can be switched easily
a company that would like a cheap well designed chair for all the workers offices
aesthetics
colour
matt
glossy
finish
wax
varnish
polish
smooth
rough
environment
sustainable
wood only sourced from fsc sources
metal sourced locally to reduce product miles
only using recyclable polymers
possibly using some recycled polymers
where the product may be housed once completed
the size of the chair
how easy it is to move
price
are they able to be sold cheaper if they are mass produced
price to be sold at so that a profit is generated
function
to be able to function as a chair and support someone's weight
anthropometrics
measurements needed
the size of the average bottom
the height of the average person
the distance between the ankle and the knee