Design and production of a plastic POS display for OSHEE, developed by UC POS to present protein bars at the point of sale.

The display was designed as a compact, multi-level structure that allows a larger number of products to be presented while using relatively little space at the point of sale.

Three product levels provide good visibility and easy access to the protein bars while making the display convenient to refill. Each level features prominent OSHEE branding, ensuring strong brand visibility even when the display is fully stocked.

The structure was produced from plastic, providing durability and resistance to everyday use. This type of material works particularly well for POS displays intended to remain in retail locations for longer periods and to withstand regular product replenishment and shopper interaction.

The colours and graphics were developed in line with OSHEE’s visual identity and the presented product range. The black structure creates a strong contrast with the orange protein bar packaging, allowing the products themselves to remain a key visual element of the display.

When developing this type of POS display, appearance is only one part of the process. Shelf dimensions need to correspond precisely with the product, while capacity, accessibility, stability and ease of replenishment all influence how the display performs in a real retail environment.

A dedicated product display can create an additional point of contact with the brand beyond the standard retail shelf, supporting product visibility during launches, promotional campaigns and longer-term retail presence.

UC POS designs and manufactures plastic POS displays, permanent and temporary POS materials, floor-standing and countertop displays, retail furniture and branded retail zones. We work with plastic, metal, wood, MDF, acrylic, cardboard and mixed-material constructions. Our team supports projects from concept development, 2D and 3D design and structural engineering through prototyping, production, packing, logistics and final implementation.