Creative Display

Wave LED Screen

Name: Wave LED Screen LED Display
Brand: XL Technology

Flexible modules mounted on a formed frame to create wave, ribbon and curved feature walls.

P2.5–P4

Pixel pitch

3,000 nits

Brightness

>7680Hz

Refresh rate

Get Quote Creative Display

Wave LED Screen cabinet · Flexible module on formed frame

Product overview

Wave screens use flexible modules fixed to a CNC-formed frame, producing a smooth compound curve without visible cabinet steps. They are used as feature walls in retail, museums and hotel lobbies where a flat screen would look ordinary.

Every unit is assembled and tested in Shenzhen before packing. Cabinet drawings, pixel map and control-system settings are supplied with the shipment, so the configuration on site matches the quotation.

Retail feature wallsMuseumsHotel lobbiesExhibition stands

Specifications

Pixel pitch: P2.5–P4
Brightness: 3,000 nits
Refresh rate: >7680Hz
Avg power: ≤260 W/m²
Cabinet size: Flexible module on formed frame
Cabinet weight: Project specific
Radius: From 500mm, project specific
Module type: Flexible PCB
Control system: Novastar / Colorlight compatible
Mounting: Wall or suspended frame
Finish: Matte black module face

Advantages

Engineering decisions behind Wave LED Screen, and what they change on site.

Smooth compound curves

Modules bend to the designed radius, so the surface reads as one continuous ribbon.

CNC-formed frame

The frame is cut to the drawing, keeping the curve consistent between production and site.

Content mapping included

Pixel mapping is supplied so artwork follows the curve instead of being cropped.

Wave LED Screen

Structure introduction

Wave LED Screen is engineered around the site rather than a standard cabinet grid. The structure, module layout and mounting points are produced from a drawing that fixes the shape, viewing direction and access route.

Flexible module on formed frame

Primary structure

A steel or aluminium frame carries the display and transfers wind and self-weight to the building or foundation. The section is selected from the installation height and site load.

Module layout

Modules are arranged to the drawing, with cut modules and edge details planned so the visible shape matches the design.

Driver and power enclosure

Power supplies and receiving cards sit in a protected enclosure with a service route that does not disturb the visible surface.

Mounting interface

Base plate, wall bracket or suspension points are detailed for the actual structure, including access for adjustment after installation.

Design details

The decisions that affect how Wave LED Screen looks, installs and stays serviceable on site.

Shape from drawing

The display is not forced into a rectangular cabinet grid. The outline, radius and edge treatment follow the approved drawing.

Viewing direction

Module orientation and brightness are set for the direction people actually approach the installation.

Content mapping

A pixel map is supplied so artwork can be produced for the exact shape without stretching or guessing the active area.

Service route

Access panels and removable modules are planned before fabrication, so maintenance does not require dismantling the artwork.

Front maintenance

Service is planned before the wall is built. Modules, cards and power supplies are replaced from the access direction agreed on the drawing.

Front-service module design

Access panel service

Service panels are located on the least visible face. Modules and electronics are reached without removing the whole installation.

Module replacement

Replacement modules are supplied to the project drawing. The pixel map identifies the exact position for the replacement.

Structure inspection

Outdoor and pole-mounted units include a fixing and structure inspection schedule in the handover pack.

Product credibility

Documented before it ships

Wave LED Screen is built on the same production line as our project walls. Cabinets, modules and control settings are recorded per batch, and the documentation travels with the shipment so the site team is not working from memory.

ISO 9001

Factory process control

CE / RoHS / FCC

Product compliance

Batch tested

Aging and calibration record

2–3 years

Standard warranty

Project references Client feedback

Quality record

CE, RoHS and FCC documentation for the supplied configuration.
Aging and white-balance calibration record per batch.
Cabinet drawing, pixel map and control settings in the handover pack.
Spare modules matched to the original production batch.

Creative display selection

Start with the site, then choose the structure

Creative displays are engineered around a location rather than a catalogue cabinet. The site, viewing direction and movement idea decide whether the project is a light pole, an art surface or a mechanical build.

01Site-specific structure

Define the site and height

A street pole, a plaza sculpture and a facade each have different wind, foundation and access conditions. The structure is selected from the actual installation point.

02Static or kinetic

Decide whether it moves

Static art surfaces and light poles use a fixed frame. Mechanical displays add motors, travel and safety controls, which change the structure and maintenance plan.

03Pixel map included

Plan content and service together

The pixel map, content ratio and service route are agreed before fabrication. A shape that cannot be serviced or mapped is not a finished design.

Deployment playbook

Three creative routes

The same brief can lead to a street pole, a sculptural surface or a moving wall. The site and the content idea decide.

Street and smart-city poles

A pole integrates display, power and control at street level. Wind load, foundation and remote publishing are part of the scope.

Light pole · P1.86–P3.846 · 3–12 m

Public art and lobbies

A free-form surface turns a drawing into a lit object. The module layout and pixel map follow the artwork geometry.

Art screen · P1.9–P8 · custom shape

Launches and kinetic stages

Motorized modules open, rotate or fold in sync with video. Safety limits and factory testing are part of the build.

Mechanical · P1.5–P2.5 · servo motion

Delivery control

Creative project sequence

Creative work moves from concept to structure drawing, mock-up and factory test. Each stage fixes a decision that cannot be recovered later on site.

Handover pack

Approved cabinet layout and pixel map
Control settings and calibration record
Packing list, spare list and service notes

Request the current datasheet

1
Freeze the drawing
Approved layout, pixel map and power schedule
Cabinet layout, control points, power distribution and the service direction are fixed before materials are cut. The approved drawing becomes the reference for every later check.
2
Match the batch
Batch record and module position list
LED modules, driver ICs and power supplies are drawn from the same production batch where the order size allows, then labelled by cabinet position.
3
Age and calibrate
Aging log and calibration file
Assembled cabinets run through an aging cycle and white-balance calibration. Faults found at this stage are corrected before packing, not after arrival.
4
Pack for the route
Packing list, spare list and handover pack
Cabinets are packed against the transport method and site access. The handover pack includes the structure drawing, pixel map, content guide and service schedule.

Buyer questions

Questions we answer before quotation

These are the points that most often change the specification after the first enquiry. If your question is not here, send it with the site details.

Ask an engineer

01Can you build from an architect's drawing?

Yes. Send the drawing, a sketch or a reference image. We review the geometry, viewing direction, structure and service access before quoting.

02How is wind load handled for outdoor art?

The structure and foundation are reviewed against the installation height and local conditions. The display frame is designed with the support structure, not separately.

03Is content mapping included?

Yes. A pixel map is supplied for the active area so the content team can build artwork for the exact shape without stretching.

04What is the typical lead time?

Creative projects are scheduled after drawing approval. The timeline depends on structure, motion and mock-up requirements, and is stated in the project plan.

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