Exhibit trays and brackets are the small puzzle pieces defining the final look of your exhibit. Granted, a display tray’s first task is to grab attention. But reliability, durability, and seamless integration into the display are also issues.
With so many options in the market, landing one that achieves the perfect ratio of style, strength, and subtlety can be challenging. So, we’ve gone ahead to put together a guide that tells you how to do just that.
Why Exhibit Trays and Brackets Are More Than Just Fixtures
When building a showcase or display, we often make light of how the exhibit trays and brackets come into play. The exhibit may be the big picture, but it’s these solitary trays, glass boxes, and mounts that your visitors will see up close.
A good tray and bracket system should effectively cover all these bases:
- Structural integrity, reliability, and balanced build
- Substantial visual appeal and call to attention
- Designed with robust, durable, and stress-positive materials
- Seamlessly match and merge into the rest of the exhibit
Key Design Factors Of A Good Exhibition Tray & Bracket System
Exhibit tray and bracket builds may appear simple. But, behind them is a complex intertwining of engineering and design, geared to balance aesthetics with functionality. Every angle, joint, and fastener is carefully ideated to maintain balance, protect the displayed objects, and fall in line with visual continuity.
These few engineering and design principles are what determine the longevity, reliability, and presentation quality of an exhibit tray system.
Load Distribution and Structural Geometry
Answering the call for structural integrity and balance, an even load distribution is a must. Careless designs often concentrate stress on a specific glass or metal junction in the arrangement. As a result, micro-cracks begin to appear, leading to an unsightly sagging of your display setup.
A reliable display tray and bracket build would adopt the multi-point load transfer geometry. This design evens out the stress distribution, dynamic and static, through vertical and lateral support members in the system. Often, finite element analysis (FEA) methods are used—as we do at Boxin—to determine load paths and pinpoint fatigue points. Material Composition and Surface Treatment
The material used affects both the look and load-bearing ability of your tray and brackets. For such professional-grade builds, aluminum-magnesium alloys and cold-rolled steels are common choices. These elements have a high strength-to-weight ratio, offering long-term durability with a fine finish.
These bases are then treated with one of the following processes:
- Anodizing—To prevent corrosion and maintain color/finishing integrity
- Powder Coating—Adds scratch resistance and textural uniformity
- Physical Vapor Deposition (PVD) Coat—For a protective metallic finish
Such material treatments give the final design a luxurious look and double as a protectant from oxidation or chemical wear-and-tear. This is key, considering exhibits are continuously exposed to the environment or, worse, sweaty hands.
Modularity and System Compatibility
Modern exhibits demand modularity—no one wants a messy move-around of fixtures when exhibits become predictable. A good exhibit tray and bracket build comes with universal mounting interfaces, adjustable angles, and standardized slot/rail dimensions for maximal modularity.
Take our own Boxin museum display systems, for instance. Our modular exhibit setups feature interoperable connectors and non-invasive fastenings, allowing for easy expansion and modification. This way, curators and mall operators like yourself can easily change things up without worrying about the structural reliability of your fresh new display. Thermal and Environmental Stability
Be it climate-controlled museum showcases or the open air at the mall, temperature and humidity can greatly impact your tray and bracket sets. To counter the effects, exhibit hardware is built with low thermal expansion alloys and UV-resistant glass/acrylics.
As a result, you have a tray organization that resists warping—the main cause of misalignment and damage of displayed objects. Rubber dampers or silicone bushings are also integrated at critical joints. These serve to absorb any environmental vibrations and expansion stresses.
Aesthetic Integration and Visual Neutrality
As well as providing structural strength, a showcase tray build is also expected to seamlessly blend in, highlighting the display instead. Designers achieve this through a couple of smart design and engineering tricks, like
- mirroring, edge-matched finishes
These few smart tweaks help your display modules disappear right into the rest of the exhibition by way of mirroring and tone matching. With this, your exhibit gets the best of both worlds—unmatched durability and a luxurious, aesthetically pleasing continuity.
Maintenance, Accessibility, and Lifecycle Value
Besides strength and style, curators like you look for serviceability with exhibit trays and brackets. A good system is marked by a simple disassembly, easy cleaning or lighting replacement, and repeat assembly without traces of structural fatigue.
Materials with predictable wear patterns and reversible jointing mechanisms ensure minimal downtime between your exhibit cycles. This way, you’d be extending the lifespan of the entire showcase installation—a maximal bang for your buck.
Find an Exhibit Tray & Brackets System That Ticks All the Boxes
Quality display hardware manufacturers effortlessly balance structural science with visual finesse—just like we do at Boxin. Our range of museum and exhibition booth setups offers you safety and modularity, with a side of stylishness. Drop by our website for a quick peek into our product catalog of exhibition, museum, floor, and hanging display builds. And if you like something you see, our professional service agents would be more than happy to show you along the way to a new order with us.