Retail and Event Display Applications
Retail Electronics Displays
Useful for displaying monitors, TVs, or interactive screens on the retail floor. The deep pedestal base provides anti-tip stability, while the protruding bracket acts as a mounting point.
Trade Show and Event Kiosks
Provides a freestanding, brandable structure for interactive presentations. The tall back panel serves as a prominent header above the mounted screen.
Interactive Store Directories
Fits wayfinding or catalog-browsing setups in large retail spaces. The bracket can hold a touch screen at an accessible height while the base anchors the unit.
Product Demonstration Stations
Helps brands mount a screen above a physical product display to show usage videos or digital features without relying on permanent store walls.
Who Uses This Display Structure
Consumer Electronics Brands
Brands needing a dedicated, branded floor stand for their screens can use this structure to create a stable, freestanding presentation without relying on permanent store fixtures.
POP Display Designers
Designers can use this template as a starting point for heavy-duty interactive displays, adjusting the bracket dimensions to fit specific mounting hardware or product housings.
Trade Show Exhibitors
Exhibitors looking for a flat-packing, brandable screen mount can use this to avoid expensive venue rental fees for AV furniture.
When to Consider Alternative Displays
Lighter Products or Standard Shelving
If the display does not need to support a heavy, cantilevered load like a monitor, a standard rigid board shelving unit may be simpler to assemble and load.
Multi-Shelf Product Merchandising
If the primary goal is holding boxed inventory rather than a single mounted screen, a tiered floor display provides more usable retail space.
Key Decisions for Sizing and Stability
Bracket Sizing and Weight Testing
The dimensions of the protruding TV stand bracket should be precisely matched to the product being mounted. Because the bracket carries a cantilevered load, physical testing with the actual product helps confirm the slots in the front panel can support the weight.
Material and Production Route
This structure is engineered for 16mm rigid board (ICB), which provides the necessary stiffness for the tab-and-slot connections. This thickness relies on flatbed digital cutting (CNC routing) rather than standard die-cutting.
Base Depth and Anti-Tip Stability
The depth of the side panels determines the footprint of the pedestal. If a heavy monitor is mounted, the base needs to be deep enough to prevent the display from tipping forward.
Header Print and Visibility
Deciding how tall the back panel should be helps ensure the brand message remains visible above the mounted screen and store aisles.
Adjusting the Display Proportions
Header Height Adjustments
The tall back panel can be extended or shortened to change the visual impact of the display. Taller headers provide more branding space but increase the shipping footprint.
Pre-Glued Base Options
While the standard design is a fully separated tab-and-slot kit, the side panels can sometimes be pre-glued to the front and back panels by the converter, allowing the base to ship flat and pop open in-store. This should be discussed during the quoting phase.
Bracket Depth and Angle
The protruding mount can be modified to match the specific VESA mount or housing of the intended screen, though changes to leverage require new stability testing.
Packing details
The Internal Locking Panel
The security of the mounting bracket relies entirely on a small internal locking panel. During assembly, this piece slides over the bracket's tabs inside the pedestal, wedging it against the front panel and preventing the bracket from pulling out under load.
Additional notes
Center of Gravity and Tipping
Mounting a heavy screen shifts the display's center of gravity forward. The depth of the lower pedestal should be proportioned correctly to prevent the unit from tipping over on the retail floor.
Related Display Structures
FAQs
How is this display assembled in-store?
The display arrives flat as a multi-piece kit. The side panels slot into the back panel, the front panel locks the base together, and the mounting bracket is pushed through the front and secured from behind with a locking panel.
How much weight can the mounting bracket hold?
The weight capacity depends entirely on the exact 16mm board used and the dimensions of the bracket. Physical load testing with the actual product is necessary before full production to confirm the front panel slots can support the cantilevered weight.
Can this be made from standard corrugated board?
No. The slot widths and structural integrity are engineered specifically for 16mm rigid board (ICB). Standard corrugated board would crush under the friction of the tab-and-slot connections and fail to support the mounted product.
Does this display ship via standard parcel networks?
Usually not. The tall back panel (often 2400mm or nearly 8 feet tall) typically exceeds standard parcel dimensions and needs palletized LTL freight, even when packed flat.
Can the mounting bracket be resized?
Yes, the bracket width, depth, and height can be adjusted to fit different products or mounting hardware. However, changing the bracket size alters the load leverage, making physical testing essential.
Why is it called a 'Glued' TV stand if it uses tabs and slots?
The standard CAD geometry is a fully interlocking kit without glue. The 'Glued' designation often refers to a specific production choice where a converter pre-glues the side panels to create a collapsible base that opens quickly, reducing in-store assembly time. This should be specified during quoting.
Which panels offer the best space for branding?
The tall back panel serves as the primary header above the screen, while the front and side panels of the lower pedestal can be printed to anchor the display at floor level.
Do I need tools to assemble the display?
The standard tab-and-slot design requires no tools. The components interlock manually, though the internal locking panel should be firmly seated to secure the bracket.
