mon-fri 9-13 / 14.30-18.30
Indoor single-sided information panel with Samsung 43" monitor, installable on ceiling or wall. Dimensions: W. 560 x D. 78 x H. 970 mm.
Single-sided hanging or wall-mounted digital panel with 50” Samsung monitor. Indoor model. Dimensions: W. 652 x D. 78 x h. 1130 mm.
Freestanding indoor multimedia totem with Samsung 43" monitor. Black painted metal structure and heavy base for stability. Dimensions: W. 575 x D. 460 x H. 1813 mm.
Indoor multimedia totem. 55" display and powder-coated galvanized steel body. Dimensions: W. 832 x D. 100 x h. 2050 mm.
Indoor multimedia totem, wall-mounted. 43" display. Painted galvanized steel structure. Dimensions: W. 708 x D. 130 x h. 1100 mm.
Indoor single-sided multimedia totem with 43" Samsung touch screen monitor. Elegant and secure structure with tempered glass front. Dimensions: W. 719 x D. 500 x H. 2020 mm.
Indoor totem with 55" touch screen. Dimensions: W. 832 x D. 100 x h. 2050 mm. Painted galvanized steel shell.
Indoor single-sided totem, self-standing, with Samsung 50" touch screen monitor, aluminum structure and tempered glass front. Dimensions: W. 789 x D. 500 x H. 2020 mm.
Multimedia totem with 46" display for outdoor installation. Dimensions: W. 790 x D. 280 x h. 2010 mm. In painted galvanized steel.
Multimedia totem for digital signage, in painted galvanized steel. 55" display. Dimensions: W. 920 x D. 185 x h. 2000 mm.
Outdoor multimedia totem in painted galvanized steel. 55" display. Dimensions: W. 965 x D. 378 x h. 2181 mm.
Multimedia totem with touch screen display, for outdoor installations. 49” display and I3 3.60Ghz mini PC included.
55” touch screen display totem. Painted galvanized steel shell, IP65. Supplied with I3 3.60Ghz mini PC.
Multimedia totem with 55" touch screen display. Dimensions: W. 920 x D. 185 x H. 2000 mm. In painted galvanized steel. IP65 protection.
Free-standing outdoor totem with Samsung OHF 55" monitor, weather-resistant. With IK10 protective glass. IP65 certified. Dimensions: W. 853 x D. 210 x h. 2009 mm.
Multimedia totems represent a strategic solution for visual communication in commercial, public, and exhibition environments. These are freestanding or wall-mounted structures equipped with high-definition digital displays, designed to capture attention and transmit informative, advertising, or interactive content. Their versatility allows for applications ranging from retail to the hospital sector, from urban spaces to convention centers, making these systems indispensable for anyone wishing to modernize their visual communication with professional impact.
Technological evolution has transformed totems into true communication hubs, capable of integrating touch screens, synchronized multimedia content, and remote management systems. Structural durability, combined with environmental protection technologies, allows for use in both protected environments and contexts exposed to atmospheric agents. Choosing the correct multimedia totem means investing in a solution that guarantees constant visibility, ease of maintenance, and a high ROI in the medium term.
Multimedia totems offer immediate advantages in the management of visual communication. Unlike traditional printing systems, they allow for real-time content updates without the need for physical intervention. The image quality guaranteed by modern LED and LCD displays ensures a clear perception even from considerable distances and with different viewing angles. Their strategic positioning in high-traffic points (hotel foyers, hospital halls, common areas of shopping centers) maximizes their communicative effectiveness, creating a continuous information flow that engages visitors without excessive intrusion.
From an operational point of view, multimedia totems simplify the management of complex promotional campaigns. Through dedicated content management software, it is possible to plan content rotations, integrate real-time data (schedules, temperatures, emergency alerts), and monitor system performance remotely. For structures with multiple locations, centralized synchronization guarantees consistency in the messages transmitted. Touch screen models add an interactive element that increases end-user engagement, transforming the totem into a tool for data and feedback collection. The initial investment pays for itself through the reduction of operational costs related to reprints, paper distribution, and personnel dedicated to manual communication.
The multimedia totem catalog is divided into different construction categories, each responding to specific contexts of use. Single-sided freestanding totems are the most common solution: robust structures in galvanized steel or aluminum, equipped with a single display surface, which can be installed in any space without the need for masonry work. Available in screen diagonals ranging from 43 to 65 inches, they adapt to different visibility needs. Models with standard monitors offer better cost-effectiveness, while those with touch technology allow for direct interaction, using the same principle as information kiosks.
For installations in architecturally constrained contexts, there are suspended ceiling or wall-mounted solutions, characterized by reduced depth and minimal design. Double-sided totems represent the evolution for environments with multi-directional traffic (shopping center islands, double waiting areas), showing content simultaneously on both sides. Structural protection varies considerably: indoor models use painted steel and standard tempered glass, while outdoor versions require painted galvanized steel shells, IP65 certification for protection against moisture and dust, and screens specifically treated to withstand extreme thermal variations. Outdoor systems often include ventilation and passive cooling to maintain ideal operating temperatures even under direct sun exposure.
The selection of the appropriate multimedia totem requires an accurate evaluation of multiple parameters. The first decisive criterion concerns the environment: climate-controlled indoor spaces allow the use of standard technologies with more advantageous warranties, while outdoor installations require specific structural robustness and water-repellent components. The viewing distance influences the choice of screen diagonal: a practical rule suggests multiplying the maximum desired reading distance by 1.5 to determine the minimum inches required. A narrow waiting area of 2-3 meters benefits from 43-50 inch screens, while open spaces such as squares or parking lots require 55-65 inch solutions to maintain optimal readability.
The interactivity factor represents an important decision point. Touch screen models are justified when the totem must serve as an autonomous information point (reservations, menu selection, catalog navigation), while non-touch solutions sufficient for pure content dissemination require lower investments with equivalent maintenance. The available depth affects the choice between suspended models (depth 80-130 mm ideal for narrow corridors) and freestanding models (depth 300-500 mm). Common errors include underestimating the importance of the stability base (indispensable in spaces with intense pedestrian traffic), not considering future maintenance needs (access to internal components, ease of monitor replacement), and ignoring the need for integration with pre-existing company IT systems. Before purchasing, always verify compatibility with available network infrastructures and the centralized management capabilities of the proposed software solution.
Multimedia totems intended for public and professional spaces must comply with a series of safety and functional regulations. The EN 60950-1 standard regulates the electrical safety of IT systems, guaranteeing adequate insulation, short-circuit protection, and controlled thermal dissipation. For models exposed to the public, particularly touch screens, compliance with accessible design directives (such as WCAG 2.1 guidelines) ensures usability even for users with different abilities. This includes sufficient visual contrast between elements, readable characters, and compliant touch target sizes (minimum 44x44 pixels).
Electrical systems must comply with the CEI 64-8 standard for low-voltage installations, with particular attention to grounding and differential protections in humid environments. Outdoor models require at least IP65 certification, guaranteeing protection from water jets and dust, as well as IK08-IK10 mechanical protection against accidental impacts. Structures installed in hospital or medical environments must comply with the EN 60601-1 standard if classified as medical devices. At shopping centers or shared spaces, local authorities may require further acoustic and electromagnetic compatibility (CE) certifications. Before purchasing, request explicit declarations of conformity from suppliers and verify that the technical documentation is available in the local language, essential for inspections ordered by certification bodies.
Explore all the products in the category and compare the available solutions to find the one best suited to your operational context. Each model is described with complete technical specifications, precise dimensions, and indications of ideal use to facilitate your decision.
A single-sided totem has a single display surface and is ideal for linear spaces where traffic comes predominantly from one direction. A double-sided totem has two opposing screens, allowing the simultaneous display of identical or different content on both sides, perfect for central islands in shopping centers or room dividers.
Freestanding outdoor totems require a flat and stable paved area, anchoring via floor bolting or mechanical fixing to pre-existing structures. Electrical connections must use shielded cables, dedicated differential protections, and the base of the totem must be easily draining to avoid water stagnation that compromises insulation.
For viewing distances of less than 2 meters, 32-43 inch screens guarantee readability without eye fatigue. The indicative formula is: maximum reading distance (in meters) multiplied by 1.5 provides the minimum inches. In very compact spaces, prefer suspended models with reduced depth so as not to obstruct circulation.
Yes. Touch screens require regular cleaning with specific products (diluted isopropyl alcohol) to avoid dirt accumulation that reduces responsiveness. Tempered glass surfaces are resistant but vulnerable to concentrated impacts; monitor wear of the sensitive surface and calibrate the touch periodically to maintain recognition accuracy.
The majority of modern totems integrate centralized management software accessible via cloud or local network. Updates can be scheduled, synchronized on multiple totems simultaneously, and monitored in real time. Always verify that the solution supports the available connectivity (Wi-Fi, Ethernet, 4G) before installation.
Powder-coated galvanized steel offers the best corrosion resistance in outdoor contexts, particularly in coastal or industrial areas. Combined with protective coatings on vulnerable sections (joints, cavities) and adequate drainage, it guarantees durability exceeding 5-7 years. Avoid non-anodized aluminum in saline environments.
Many modern systems offer API integrations that allow control via voice assistants and chatbots. Functions such as power on/off, content change, and brightness adjustment can be automated. This functionality requires a robust IT infrastructure and dedicated configuration; verify it during the project phase with the supplier.
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