Cake Frame

An Invention from Practice – Dawn Butler and the Creation of Cake Frame

Dawn Butler is not an entrepreneur who developed a product at the drawing board. She is a cake designer, teacher, author and former police inspector from Nottingham – a combination that explains why Cake Frame is the way it is: precisely conceived, consistent in execution and focused on a concrete problem.

Butler began working in a local bakery at seventeen and discovered her passion for decorating cakes there. What began as a holiday job became a vocation. Within a few years, Butler developed into one of the best-known cake designers in the United Kingdom – known for her gravity defying cakes, her work with the airbrush and her ability to construct cakes that seemingly exceed what is possible. She has been recognised for her work on multiple occasions, including as Cake Artist of the Year 2016 at the Cake Masters Awards and with Best in Show at Cake International in November 2016.

The problem that led to the invention of Cake Frame was a craft one: how do you build a cake that appears heavy, multi-tiered, angled or floating – while being stable enough to be transported, assembled and cut? The aids available at the time were not sufficient for Butler's ambitions. So she developed something of her own: Cake Frame.

The System – Modular Construction, Food-Safe Materials

Cake Frame is not a single product but a system. It consists of a series of coordinated components that can be purchased individually or assembled in sets, whose combination forms the structural basis for almost any cake architecture. All components are made from food-safe plastic – dishwasher-safe and designed for repeated use. This is not a peripheral detail: a support system used permanently inside a cake must be food-safe. Cake Frame meets this requirement across the entire range.

The basic components of the system are cake boards in various sizes, which serve as a support surface for the individual cake layers and bear the load of the layers above. Tubes of different lengths connect the boards vertically and take the structural compressive load. Joints – including straight, angled and branched connectors – enable the inclination of individual layers and the construction of non-linear cake architectures. Fixing elements such as nuts and locking rings ensure that the connections do not give way under the weight of the cake. Blanking caps seal unused openings in the boards and prevent dough or cream from entering the support system.

Gravity Defying Cakes – What the System Achieves

The term 'gravity defying cake' describes cakes constructed so as to appear to contradict the intuitive expectation of gravity and stability: a floating-looking piece of cake, a strongly angled multi-tiered construction, a cake in which a massive upper section is connected to the base only through a seemingly fragile element. This aesthetic is not a photographic trick but the result of a considered weight distribution and support structure – and Cake Frame provides the tools for this.

The system allows the centre of gravity of a cake to be controlled deliberately. By positioning the support construction so that it absorbs the load not where it would be intuitively expected, visual effects are created that produce the impression of weightlessness or instability – even though the cake is structurally perfectly safe. For conventional multi-tiered cakes, Cake Frame offers the advantage that individual layers can be transported independently and assembled only at the destination.

Application and Learning Curve

Cake Frame is a system with a learning curve. Those using it for the first time face a number of components that can appear confusing in their totality. That is normal – and it is part of what makes the system a craft tool rather than a disposable product.

The recommended approach is that of the engineer: make a sketch, plan the cake architecture, mark the support points, build and test the system – before a single cake base is cut. This planning work is not additional effort but quality assurance: it makes visible where additional supports are needed, which connections are under pressure and how the load is distributed. All components are reusable; the investment in a set pays off across many projects. Dawn Butler provides her community with extensive teaching and instruction material – in the form of video tutorials, step-by-step guides and courses in which Cake Frame, airbrush and further techniques are taught.

Product Range at a Glance

Cake boards · Tubes · Joints & angle connectors · Fixing elements · Blanking caps · Sets

Cake Frame at miniSchoggi

Not every cake needs a support system. But every cake that goes beyond the limits of conventional construction needs one – and a good one. Cake Frame is the system developed precisely for this requirement: not as an improvised solution but as a considered tool created by a professional who knows what actually works in a bakery.

miniSchoggi carries Cake Frame products for all those who want to use the craft and design potential of the system. The available range includes individual components and sets for various entry and application levels. It is aimed at professional confectioners who want to design cakes with greater structural ambition, as well as home bakers who are prepared to invest in a system that permanently expands their design possibilities.

Invented in Nottingham. By Dawn Butler. For cakes that shouldn't really exist.