49.5" Bar Type LCD Module for Commercial Display Integration

A cuttable, ultra-wide stretched LCD module engineered for OEM/ODM integration into digital signage, transit information systems, retail shelf-edge displays, and architectural media walls.

Product Overview

Note: Final electrical, optical and mechanical specifications are confirmed per project after DFM review — see engineering process below.

Why Engineering Teams and Procurement Managers Choose This Module

• True cuttable/stretched engineering, not a repackaged standard panel — HituLCD's process is built specifically around trimming source panels to non-standard bar dimensions while preserving electrical and optical integrity.

• Engineering-led communication for international OEM customers: DFM review, drawings, and test data are provided before commitment, not after.

• Reliability-first approach: sealing, environmental testing and optical validation are standard steps in the cutting workflow, not optional add-ons.

• Supply continuity: multi-year lifecycle support so integrators are not exposed to the volatility of the consumer panel market mid-program.

Engineering FAQ for Technical Evaluation

The questions below reflect what our overseas engineering and procurement partners typically need answered before issuing an RFQ. Use this section as a technical brief, and share your target dimensions/tolerances so our engineering team can return a project-specific answer within 24 hours.

1. Cutting Process & Feasibility

Q: What cutting method do you recommend for our target size and tolerance?Recommendation depends on the required tolerance band and edge quality: mechanical wheel scribing is used for standard tolerances and cost-sensitive volume orders, while ultra-fast laser cutting is used where tighter tolerances, minimal micro-cracking, or cuts close to active circuit areas are required. Our engineering team will recommend the method after reviewing your target dimensions.

Q: Will the cut line interfere with the Gate/Source traces or TFT array of the source panel?This is confirmed during our pre-project DFM (Design for Manufacturability) review. To evaluate feasibility, we typically request:

• Target cut dimensions and required tolerance

• Preferred mounting/viewing orientation

• Any keep-out zones dictated by your enclosure design Our team cross-references these against the source panel's Gate/Source routing and active array layout before confirming feasibility.

Q: What is your standard for edge flatness and micro-crack control after cutting?Cut edges are inspected against defined flatness and micro-crack tolerance limits as part of our standard QC step before any unit proceeds to sealing. Project-specific acceptance criteria (e.g., consumer-grade vs. industrial-grade) can be documented in the quotation.

2. Reliability & Edge Sealing

Q: How do you prevent liquid leakage and moisture ingress at the cut edge?Cut edges go through a secondary sealing process — UV dispensing/sealant application is the standard method — engineered specifically to seal the exposed edge against liquid crystal leakage and moisture ingress.

Q: Can the cut module pass standard reliability testing, and do you have benchmark data from similar projects?Cut modules are validated against consumer-grade or industrial-grade reliability standards depending on the application (please specify your target grade). Testing typically includes double-85 (85°C/85%RH) high-temperature/humidity testing, thermal shock (hot/cold cycling), and structural drop testing. Benchmark data from comparable cutting projects is available on request under NDA.

Q: Does the sealed edge introduce light leakage or Mura (color shift) near the border?Edge-zone optical performance (light leakage, Mura, color shift) is checked as part of post-sealing QC. Where a project has tight visual requirements near the cut edge, we recommend specifying this in the RFQ so we can confirm expected performance ahead of sampling.

3. Cost, Yield & Lead Time

Q: What is the NRE cost to start a custom cutting project, and how long does first sampling take?NRE and first-sample lead time depend on target size, cutting method, and tooling requirements. As a general reference, first samples (commonly ~20 pcs) typically take [X–X weeks] from confirmed specification — exact figures are provided in your project quotation once dimensions and tolerances are confirmed.

Q: What yield should we expect at mass production, and what is your MOQ?Expected mass-production yield and MOQ vary by cut size, tolerance requirements and cutting method, and are confirmed once your specification is finalized during the DFM stage. Our engineering team will share realistic yield expectations and MOQ terms in writing on the formal quotation — before any deposit is requested.

How to Move Forward

1. Send your target specification — dimensions, tolerance, interface type, brightness requirement, and application environment (indoor/semi-outdoor/outdoor).

2. DFM review — our engineering team confirms cutting feasibility, keep-out zones, and recommended process.

3. Quotation — NRE, sample lead time, expected mass-production yield, and MOQ confirmed in writing.

4. Sampling — first-article samples produced and tested against agreed acceptance criteria before mass production sign-off.

Contact our engineering team to start a DFM review for your project.

All terms — shipping, MOQ, and payment protection — are confirmed in writing on the formal quotation before any deposit is requested. Company registration and factory location are available for independent verification prior to inquiry.