86" Custom Ultra-Wide LCD Module

Precision-Cut Bar-Type TFT Display for OEM / System Integrators

Category: Stretched Bar Display · Custom Aspect Ratio LCD Module Application: Digital signage bars, elevator/lobby displays, retail shelf-edge, transportation info bars, control-room strip displays, kiosk & vending integration

1. Product Overview

This 86" ultra-wide LCD module is precision-cut from a standard mother-glass panel to achieve a non-standard, elongated aspect ratio that native panel manufacturers do not offer as a stock item. It is designed specifically for OEMs and system integrators who need a bar-format display to fit narrow architectural spaces — door headers, shelf edges, elevator surrounds, transit info strips — without redesigning the enclosure around a standard 16:9 panel.

We supply this as a module-level component (open-cell / panel + backlight + driver board, per your integration requirement) so your engineering team can integrate it directly into your own chassis, mechanical housing, and control system.

2. Key Specifications

Note: exact figures depend on the source mother-glass batch and the specific cut ratio you require — our engineering team confirms final specs after DFM (design-for-manufacture) review of your drawing.

3. Why a Cut-to-Size Panel Instead of a Native Bar Panel?

Native ultra-wide panels in custom aspect ratios are expensive to tool and typically require large MOQs from panel fabs. Precision-cutting a standard mass-produced panel into your target aspect ratio gives you:

• Faster access to non-standard ratios without waiting on a new panel tooling cycle

• Lower NRE than commissioning a native custom cell

• Flexible resizing — the same mother glass can be cut to multiple bar formats for different product lines

• Custom backlight redesign so brightness stays uniform across the new form factor, not just a masked-off standard backlight

4. Engineering Due-Diligence: What We Address Before You Commit

We know that qualifying a cut-glass panel for a production program is different from buying an off-the-shelf monitor. These are the questions our OEM/engineering customers raise during evaluation, and how our process is built to answer them:

4.1 Cutting Process & Design Feasibility

• Cutting method: Mechanical wheel-cutting or ultra-fast laser cutting, selected based on your target dimension, tolerance requirement, and glass thickness — we recommend the method during DFM review, not before.

• Circuit clearance check: Before cutting, we map your requested dimensions against the panel's Gate/Source trace routing and active TFT array area to confirm the cut line does not intersect active circuitry or bonding pads.

• What we need from you to run feasibility: target outline dimension, active area requirement, panel model/source (if specified), and tolerance (±mm) — this lets us run a pre-cut interference check against the panel's internal layout before quoting.

• Edge quality standard: Post-cut edge flatness and micro-crack control are inspected under our internal QC standard; we can share our edge-inspection criteria and sample photos on request.

4.2 Reliability & Edge Sealing

• Sealing process: Cut edges are re-sealed with a secondary sealant process (e.g. UV-cure edge dispensing) to restore moisture and liquid-crystal containment at the cut line.

• Reliability testing: Cut modules can be qualified against standard consumer or industrial-grade reliability protocols — including high-temperature/high-humidity (85°C/85%RH) testing, thermal shock cycling, and structural drop testing. We can share test reports from comparable past cutting programs during technical review.

• Optical integrity at the edge: Edge regions are inspected for light leakage and color-shift (Mura) after sealing; acceptance criteria are agreed with you before mass production sign-off.

4.3 Cost, Yield & Lead Time

• NRE & sampling: Non-recurring engineering cost and first-sample lead time (e.g. for an initial ~20-unit sample run) depend on cut complexity and whether tooling/fixtures are new — we quote this per project after DFM review.

• Expected yield & MOQ: Mass-production yield and minimum order quantity depend on the cut geometry, panel source availability, and required reliability grade — we share realistic yield expectations based on comparable prior programs once your spec is finalized.

We're glad to walk your engineering team through this step by step rather than have you take specs on faith — most OEM programs start with a short technical call plus drawing exchange before any commercial quote.

5. Typical Applications

• Transit and airport information bar displays

• Elevator interior / door-header displays

• Retail shelf-edge and price-strip displays

• Vending machine and kiosk narrow-format screens

• Control room and industrial status bar displays

• Architectural signage integrated into narrow structural spaces

6. What We Need From You to Start a Feasibility Review

To move from inquiry to a formal DFM feasibility check and quotation, please share:

1. Target outline dimension and active display area (with tolerance)

2. Reference source panel (if you have one in mind) or performance target (brightness, resolution, viewing angle)

3. Interface preference (LVDS / HDMI / DP / custom driver board)

4. Reliability grade required (consumer vs. industrial) and any relevant standards

5. Expected sample quantity and target mass-production volume

6. Application environment (indoor/outdoor, temperature range, enclosure constraints)

7. Next Step

Our engineering team reviews every custom-cut inquiry against panel-level design constraints before quoting — this protects you from ordering a dimension that turns out to intersect active circuitry after tooling has started. Send us your target drawing or dimension requirement and we'll return a feasibility assessment along with estimated NRE, sample lead time, and MOQ for your specific case.

This document is a template product brief for OEM/engineering evaluation purposes. Final specifications, test data, pricing, and MOQ should be confirmed directly with the supplier's engineering and sales team against your specific drawing and volume requirements.