Ino-Plaz have worked alongside many brands on shop displays and solutions. Creating fabricated designs which match their branding, colour scheme and theme of the store.
Working with Mulberry on their store designs involved a new bespoke colour matched acrylic. This was made in 10mm for all the acrylic elements in the stores. With the main feature wall made of varying size strips of the material then bonded together to create a 3d effect. On the panels some of the strips had to allow for a bracket to be clipped over them so the products could be suspended. Each section measuring 5m in length and 600mm wide in some areas they were made up of 4 layers of acrylic.
Another element for the store where the acrylic shelves in the cabinets all bonded together and finished with a high gloss buff polish. Matching the high quality, established brand.
This design was rolled out to Mulberry’s White City UK, Athens and Saudi Arabia stores.
Ino-Plaz – Innovation in Plastics
We pride ourselves on being a British company, constantly striving to push the boundaries. Enabling us to best utilise and combine a range of materials. This translates into a level of expertise, which extends into every new challenge.
However complex or demanding a design, we are always flexible enough to manage a project through to completion. Therefore allowing us to both reproduce your designs or assist you in the brief. Whether it be a prototype or a production run. Meaning every item receives the same meticulous attention because ultimately, the quality reflects in the end product we offer.
In addition to fabrication and manufacturing services, Ino-Plaz also have an in-house design team. This allows for full control over the design and makes the process easier as both the designer and fabricator are in one place.
The dedicated Graphic Design and CAD specialists use software to create designs and 3D renders of products and ideas. Using this Computer Aided Design improves the quality of the design and creates a database for manufacturing. As well as showing a more realistic 3D representation of the final design.