Time：2026-09-17
In recent years, walking into the offline experience stores of leading phone brands, you will notice one thing: the counter is "disappearing." The traditional phone store scene — rows of glass cabinets with salespeople handing devices over the counter — is being replaced by open display tables, smart screens, and reusable modular display fixtures. The store is no longer just a place to sell products, but more like a space where the brand talks with its users. Behind this is not a simple change in aesthetics, but a deep shift in phone retail logic — from "transaction-oriented" to "experience-oriented," and from "one-off fit-out" to "sustainable, iteratively upgraded channel assets." This article breaks down the three keywords of this display trend: open experience zones, smart screen integration, and modular display fixtures, and discusses what each of them means for small and mid-sized stores and for the display cabinet supply chain.
The classic layout of a traditional phone store is "wall display cabinet + island display counter," with demo units under glass. When customers want to see a real device, they have to wait for staff to unlock it, retrieve it, and hand it over. This process looks safe, but in fact every step drains the willingness to try. The flagship experience stores of top brands have almost universally chosen open display tables: real devices sit directly on the tabletop, fitted with anti-theft pull cords or sensor alarms, ready for customers to pick up at any time.
The essence of this shift is changing "people looking for products" into "products keeping people." Open display tables lower not only the barrier to hands-on experience but also the staff's explanation cost — the device speaks for itself. In terms of scale, flagship experience tables generally follow basic ergonomic modules: tabletop height around 900mm for comfortable standing operation; tabletop depth around 500mm so devices can be picked up and put down with one hand without effort; length based on 1200mm as the basic unit, which can be joined into full rows of 1800mm or 2400mm, making it easy to zone by device series.
Even more noteworthy is the rise of "scenario-based display." Next to a given phone model, you will often find earphones, a watch, and a tablet laid out together, forming a miniature landscape of a usage scenario. The display logic changes from "arranged by category" to "arranged by scenario," which demands a higher degree of modularity — power modules, anti-theft modules, and light strip modules must all be flexibly reconfigurable according to the scenario. That is where the real technical content behind open display tables lies.
In flagship experience stores, smart screens are almost everywhere: large-format digital signage embedded in the counter facade loops new-product videos, vertical screens above the experience tables demonstrate parameter comparisons, and even price tags have been replaced with e-ink displays. The core demand of this "light digitization" wave comes down to one thing — keeping store content changeable at any time to keep pace with online marketing.
For display cabinet design, smart screen integration is not as simple as "buying a screen and mounting it." Power supply, signal, and heat dissipation must all be planned in advance within the cabinet structure: power lines and data lines run through hidden cable channels, wired separately from high-voltage circuits; space for heat dissipation is reserved behind the screen to avoid overheating and freezes caused by long playing hours; the cutout dimensions of the cabinet facade must precisely match the screen frame — gaps too large leak light, too small and the screen will not fit in; either way the final look suffers.
Shengqilin display cabinet manufacturer has observed a clear trend on the production frontline: three years ago, only a minority of customers mentioned smart screen integration when placing orders; today it has almost become the default option in mid-to-high-end custom orders. The depth of collaboration between display cabinet manufacturers and screen solution providers is becoming an invisible threshold for measuring supplier capability — a factory that can only build cabinet bodies is finding it increasingly hard to take on such fusion orders.
The third keyword of flagship experience stores is modularity. Traditional store fit-out is a typical "one-off consumption": three to five years later, when the store image changes, the display cabinets are basically scrapped. Leading brands, however, are managing fixtures as assets: standardized display table units, detachable facade modules, and universal connectors allow a one-time investment in fixtures to be reused across stores and reconfigured season by season.
The value of modularity shows most fully when expanding stores. Fixtures for a new store opening can be partly transferred from an old store, with only the additional units purchased, compressing both procurement lead time and cost. When a new product launches and the display needs changing, only the tabletop module or back panel needs replacing — the whole cabinet stays untouched. Short-term scenarios such as pop-up stores and market roadshows depend entirely on detachable modular fixtures to achieve "three days to build, one week to strike."
To achieve this, modular design must be completed before the fixtures leave the factory: tabletop units, side panels, light strips, and cable channels all follow the same set of interface standards. This tests the manufacturer's design capability and production precision — if tolerances between modules are poorly controlled, joints misalign and gaps are uneven, and reuse becomes a disaster. Modularity has never been a lazy solution of "making the cabinet a bit smaller," but a complete set of industrialized design discipline.
Open experience zones, smart screens, and modularity — the three trends combined place demands on the display cabinet supply chain entirely different from the past. A glass cabinet maker of a single category cannot build display tables with integrated smart screens, and a small workshop making hand samples cannot take on chain brands' orders for modular replication. What brands need is a solution-type supplier that can complete drawing development, structural design, mold making and sampling, and mass production in one stop.
Take the delivery experience of Shengqilin display cabinet manufacturer as an example: the key to such fusion projects lies in "moving things forward" — working out cabling, heat dissipation, and module interfaces at the drawing stage is ten times cheaper than rework on site. With a complete production line covering sheet metal fabrication, painting, assembly, and acrylic props, a display cabinet from metal cabinet body to acrylic bracket can be completed within one base, reducing the tolerance accumulation and communication losses caused by stitching together multiple suppliers; standardized, automated equipment processing makes quality control more stable when replicating across stores — the hundredth store should ship in the same state as the first.
For small and mid-sized store operators, there is no need to copy everything flagship stores do, but the direction is worth referencing: converting closed counters into semi-open experience tables, adding a demonstration screen for key device positions, and prioritizing highly modular products when purchasing display cabinets are all upgrade paths with controllable investment and clearly perceptible results. Trends will change, but the underlying logic of "making customers more willing to pick up the device" will not.
For customized solutions for experience zone display tables and smart-screen integrated display cabinets, visit the official website of Shengqilin display cabinet manufacturer at www.tyw0086.com.
