Realistically detailed model creates a splash at show
The client for this project wanted a model that would be an eye catching centrepiece on their stand at several trade shows throughout the coming year. The company produces a wide range of water tanks for markets all over the world and they wanted the model to illustrate several technical details about their products, both inside and outside. For this reason we made the models as half tanks so the inside could be viewed as well as the exterior. If you click on the photos to enlarge them you’ll see the high level of detail we’ve been able to show at this scale. We also provided a purpose-built aluminium framed flight case to protect it during shipping.
Interactive model with speed and direction controls
This unusual industrial model was a real challenge on two fronts – firstly because of the very complex shaped components involved but also because of the requirement for a very specific interactive element. The thruster comprises a large propeller that forces water downwards through a deflector that can be rotated through 360 degrees to direct the water thrust in any direction. This is the USP of the client’s product and, as such, he wanted the model to incorporate a rotating propeller (with speed control) and a movable deflector (clockwise and anti-clockwise) at 6rpm. We also had to work out how to mount the model in a cut-away view of a ship’s bows and create a cut-away view of the thruster to show the main working components. The model was recently shipped in a large flight case to a trade event in Germany – one of the inset images shows it on their stand.
Industrial model with cut-away internal view
The client for this project was actually the supplier of the oil that goes inside the transformer who wanted to show a typical application of their product in use. That’s why the model shows a cut-away view with a representation of the transformer being full of oil inside. The contained oil is represented by 0.5mm clear acrylic with a pale, slightly rippled amber lacquered finish. It was important that the volume of oil was visible to the eye but clear enough to allow slightly distorted views of the transformer’s internal components. The model was supplied with a purpose-built, aluminium framed flight case because its first use was to be shipped overseas to a trade exhibition.
Realistically detailed model of Europe’s new space observatory
Having already made several models of Britain’s UKube satellite we were pleased to get this new commission for a model of the European space Agency’s latest spacecraft being launched in October this year. As you can see from the images, large areas of this spacecraft are composed of different coloured, highly reflective fabrics and we needed to replicate the uneven, shiny character of these materials on the model. We also had to create a representation of the optical bench (complete with concave mirrors) inside the main body of the spacecraft. It is hard to see in these photos but it is just visible through the “window” openings. Since completing the model, we’ve actually been commissioned to produce three further copies for the UK Space agency.
Waste Treatment Process model at 1:200 scale
This is the second major project we’ve completed for the blue chip pharmaceuticals manufacturer GlaxoSmithKline who demand the very highest standards from all their suppliers and sub contactors. The previous model, a 3D representation of their penicillin manufacturing plant, was used as an orientation tool for visitors to the site. This new model demonstrates how the company harnesses biogases from their waste treatment process to fuel a newly installed Combined Heat & Power facility. The colour coding of the pipes indicates the different stages of the treatment process. You’ll notice they have also installed a large wind turbine on the site to further demonstrate their commitment to sustainable energy. This is a static model but GSK have asked us to update it later this year to include a touch-screen information panel linked to interactive illumination on the model.