I work from my peaceful studio set in the old village of the East of England. My studio space is divided between the top floor where I begin my making process of slip-casing my cupcakes & teacups. They are case from the plaster models that I have made of the cupcakes base, lid & different size teacups.
I work with a fine French limoges powder porcelain which I turn into slip. I have personally developed & named my own unique porcelain colour range, so yellow is called Joy, blue is called Patient, green is called Naive, pale pink is called Shy & dark pink is called Blush. These colours have become my trade mark and from any new product collection which I have developed these colours are always used thus from each new range of ceramics that I have crated over the many years my five personally developed colours stay constant and run through each collection of work to bring about harmony.
On the ground floor of my studio are my two electric kilns. This is also where I do all of my glazing & packaging up of my final pieces ready to be sent to various galleries across the UK.
If I am making just 1 or 50 or more cupcakes & tea cups the process takes the same amount of time:
Day one, slip-cast the cupcake base, lid & teacups. Roll out coloured porcelain to make sweeties & biscuits, slip-cast fruit & attach to cupcake lids & teacups.
Day two, sponge & make perfect of the cupcakes & teacups from yesterday.
Day three, almost dried out ready for kiln firing.
Day four, bisque fire the cupcake bases, lids & tea cups to the temperature of 1000°c
Day five, unload the kiln & apply a clear glaze to the inside of the cupcake bases, dip outside of the lids and the whole of the teacups. Then remove any excess glaze from the sweeties, bottom of teacups & biscuit on teacup. Leave to dry out.
Day six, Load the kiln & glaze fire to 1250°c
Day seven, Unload the kiln. With the cupcake lids which are decorated with either a cherry or strawberry these then need to be glazed deep purple & red, and once again put back into the kiln & this time fired to 1000°c