Place of Origin:
Guangdong, China
Brand Name:
ZXTLCD
Certification:
CE/Rohs/FCC
Model Number:
ZXTLCD-OLED055V006
Museum showcases traditionally separate the physical artifact from its supporting interpretation. Labels are usually placed beside the cabinet, while video content appears on another screen. The 55 Inch Vertical Transparent OLED Museum Showcase introduces a different exhibition method by placing digital information directly in the visitor’s line of sight while keeping the object visible behind the display.
As a 55-inch Transparent OLED Showcase, the unit is intended for cultural institutions, museums, galleries, heritage centers and educational exhibitions that want to connect artifacts with contextual media. Text, diagrams, reconstructed scenes and controlled animation can appear over the exhibit without replacing the physical object that visitors came to see.
Its value depends on thoughtful curatorial planning. The transparent effect should strengthen interpretation rather than become a visual attraction disconnected from the collection.
A transparent OLED cabinet can connect an object with the information needed to understand it. Instead of moving repeatedly between the artifact and a wall label, visitors can see selected interpretation in the same visual area.
For example, the display may present:
A museum displaying an ancient tool could show how it was used. A natural-history exhibition might add anatomical labels to a specimen. An art museum could reveal underdrawings, conservation discoveries or comparisons with related works.
The digital layer should remain secondary to the collection. It should help visitors notice meaningful details without obscuring the object or overwhelming the exhibition narrative.
The portrait format works well with standing artifacts, sculptures, costumes, manuscripts and multi-level cabinet arrangements. It can also support information sequences that move naturally from the exhibit title at the top to detailed interpretation below.
Vertical content should be structured according to the visitor’s viewing height and distance. Essential information needs to remain within a comfortable reading zone. Text placed too low or too high may be difficult for children, wheelchair users or visitors with limited mobility.
A practical transparent-media layout may include:
Long academic descriptions are better delivered through a nearby label, mobile page or separate interactive station. Transparent OLED is most effective for concise visual interpretation rather than dense reading.
Bright lines, restrained color and generous open areas help maintain visibility through the panel. Full-screen backgrounds and continuous high-speed animation can weaken both readability and the dignity of the exhibit.
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55-inch OLED transparent Wenbo cabinet |
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Panel size |
55 inches. |
Panel type |
OLED |
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display area |
1209.6 X 680.4mm |
external dimensions |
1221.5Mm × 699.35mm × 1.78mm (width × height × thickness) |
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transmittance |
43% |
viewing angle |
178 °, 178 ° |
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static contrast |
100000:1 (Typ.) Transmission |
Dynamic Contrast |
200000:1 (Typ.) Transmission |
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patchwork |
Unilateral 5.9mmm, bilateral 12mm, overall unilateral stitching 5.9/5 9/5.9/13 (left/right/top/bottom) |
screen scale |
16:9 |
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brightness |
200-600 (nits) |
Best resolution |
1920*1080 |
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Screen life |
≥ 30000 hours |
power |
≤ 190W |
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Display color |
10-Bit, 1.07B (1B = 1 billion) |
Speaker |
8Ω/5W * 2 |
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screen gross weight |
Screen weight 2.4kg |
Gross weight of the whole machine |
to be determined |
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environment |
Working temperature 1 ℃~ 45 ℃ |
working humidity |
30%~80% |
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running time |
18 hours x 7 days |
Ambient height |
(Altitude) 0~ 5000m |
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response time |
8ms |
working voltage |
100V-240VAC, 50/60Hz |
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Fitting method |
frame sticker |
Fitting method (optional) |
Full fit |
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Driver Board |
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input interface |
HDMI IN |
USB |
USB 2.0 |
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DP |
DP IN |
weight |
0.4Kg |
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Control signal IN |
RS232 serial port (RJ45) |
Control signal OUT |
RS232 serial port (RJ45) |
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function |
With splicing function |
protect |
Anti-afterimage, anti-burn, repair function |
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Touch screen parameters: capacitance optional |
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touch technology |
Capacitive touch technology |
positioning accuracy |
3Mm |
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Installation method |
Built-in integrated |
writing method |
Finger ≥ 5mm |
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touch points |
10 touch writing |
Writing screen medium |
5-8Mm tempered high transparency glass |
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response speed |
≤ 5ms |
computer driven |
drive-free |
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mode of communication |
USB |
service life |
≥ 60 million times |
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PC configuration (optional) |
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main board |
Intel Core |
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CPU |
4th generation/6th generation/7th generation/8th generation/10th generation - Core i3/i5/i7 (optional) |
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Memory |
4G/8G/16G-DDR3 (optional) |
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Hard disk |
SSD120G/240G/480-HDD500G/1T/2T (optional) |
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nuclear display |
Intel HD Graphics 4000 |
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Backplane I/O |
1 × DC_IN power interface, 1 × HDMI interface, 1 × VGA interface, 2 × USB3.0 interface, 1 × LAN_RJ interface, 2 × USB2.0 interface, 1 × Mic (input), 1 × PHONE (output) |
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Operating System |
Win 7/Win 10 operating system |
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Android configuration (optional) |
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Main board model |
3568/3288/3588 |
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Memory |
2G/4G/8G optional |
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storage |
16G/32G/64G/128G optional |
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interface |
1 × USB2.0, 1 × USB3.0, 1 × DC_IN, 1 × HDMI_OUT, 1 × LAN_RJ, 1 × WIFI, 1 × 3.5 headphone socket, 1 × TFT socket |
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Packing and packing list |
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Package size |
Honeycomb box: 85 * 85 * 210CM |
Air box:/ |
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Weight information |
Bare metal weight: 300KG |
Packing weight (OC + honeycomb box): * 4:350KG |
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name |
With PC/Android |
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Specifications |
quantity |
Remarks |
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transparent display |
55 inch OLED transparent screen |
1 piece |
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system |
Customized according to actual needs (built-in) |
1 set |
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remote control |
Universal version (without battery) |
1 |
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Power cord |
National standard 1.5 meters |
Article 1 |
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HDMI extension cable Note ② |
optional |
Article 1 |
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Touch the USB extension cable Note ② |
optional |
Article 1 |
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HDMI signal cable Note ② |
optional |
Article 1 |
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Warranty card certificate |
Chinese version |
1 sheet |
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Note: HDMI extension cable, HDMI cable and touch USB extension cable are optional items. The final packing list is subject to the actual shipment of the customer. You can choose whether to configure the extension cable according to customer needs. Note that the selection will incur corresponding costs. Please confirm the price for shipment. |
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Museum lighting must serve two different visual elements: the physical exhibit and the transparent image. Excessive cabinet lighting can reduce digital contrast, while insufficient object lighting can cause the artifact to disappear behind the content.
The complete installation should be tested in the gallery using the intended media. Reflections from protective glass, nearby showcases and visitor movement should be evaluated from several viewing angles.
The object’s conservation limits must remain the priority. Lighting should never be increased beyond approved levels simply to improve the appearance of the transparent screen. In some cases, the better solution is to simplify the graphics, adjust their position or use stronger contrast.
Museums need a clear process for reviewing and publishing digital interpretation. Curators may control factual accuracy, while designers and technical teams manage presentation and playback.
A CMS can support temporary exhibitions, language versions and scheduled content. Android or Windows players may be used depending on the complexity of the media. The operating team should also define what appears if the player or network connection fails.
Digital files should be archived with version information so future staff can identify which content belongs to each artifact. This is particularly important when the cabinet is reused across several exhibitions.
Touch is not always the best choice for a cultural showcase. Repeated contact creates fingerprints, increases cleaning requirements and may introduce vibration near sensitive objects.
Alternative interaction methods can include proximity sensors, external buttons, QR codes or a separate control terminal. If touch functionality may be required later, the glass construction, controller position and software architecture should be considered before manufacturing.
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