Custom Panel Cutting Service — HT150FHD-1000 (15" 1000nits Industrial LCD)

For engineers, sourcing managers, and project owners evaluating non-standard display integration

When a standard 15" panel doesn't fit your enclosure — a narrow bezel, an odd cutout, or a shape driven by industrial design constraints — glass cutting is often the fastest path to a working display without a full custom tooling cycle. Before you send an RFQ, here's what our engineering team will walk through with you, and what you should expect from a qualified supplier.

1. Process Feasibility: Can This Panel Be Cut?

Cutting method.Depending on your tolerance requirements and the location of the cut line relative to the active area, we select between two approaches:

• Mechanical wheel scribing — lower cost, faster turnaround, suitable for straight-line cuts with looser tolerance (typically ±0.2mm) away from sensitive circuit regions.

• Ultrafast (cold) laser cutting — higher precision (±0.05–0.1mm), minimal thermal stress on the glass, and the preferred method when the cut line runs close to the TFT array or bonding area.

We'll recommend the method once we see your target dimensions.

Circuit clearance check.Every cut must be evaluated against the panel's internal layout — specifically whether the new outline intrudes on the Gate/Source driving lines or the active TFT array. Cutting through these regions will damage the display or cause line defects, so this is the first thing our engineers check before quoting.

To run this assessment, we typically need from you:

• Target outline dimensions and cutout drawing (DWG/DXF preferred)

• Required tolerance and reference datum

• Mounting/bezel constraints, if the cut interacts with your housing design

We'll return a marked-up drawing showing whether your requested cut sits within a safe zone, or if adjustments are needed.

Edge quality standard.Post-cut glass edges are inspected for flatness and micro-crack control under our internal QC standard before any unit proceeds to sealing. Edge chipping beyond spec or visible micro-cracking is a reject at this stage — it doesn't get passed downstream.

2. Reliability After Cutting: Will It Survive the Field?

Sealing process.A raw cut edge is a moisture and liquid-crystal leakage risk. We apply a secondary edge sealing process (UV dispensing) along the cut line to restore the panel's protection against moisture ingress and LC leakage. This step is standard on every custom-cut unit — not an optional upgrade.

Reliability testing.Cut panels go through the same reliability program as our standard product line, scoped to consumer-grade or industrial-grade requirements depending on your application:

• Double 85 test (85°C / 85% RH) for high-temperature, high-humidity endurance

• Thermal shock cycling (high-low temp transitions)

• Structural drop testing

We can share benchmark data from comparable cutting projects on request — ask for the test report relevant to your target environment (indoor kiosk vs. outdoor/vehicle-mount, for example).

Optical performance.A cut-and-sealed edge is checked for light leakage and color shift (Mura) at the border. This is evaluated under both normal and off-angle viewing during final inspection — a sealed edge that leaks light or shows color drift doesn't ship.

3. Cost, Yield, and Lead Time — What to Budget For

NRE and first sample.Custom cutting projects carry a one-time NRE (non-recurring engineering) fee to cover drawing review, cutting-line setup, and sealing process qualification. A first sample batch (typically 20pcs) generally ships within 2–3 weeks of drawing confirmation — faster if the cut geometry is straightforward and doesn't require new fixtures.

Production yield.Based on prior cutting projects, mass-production yield typically lands in the 90%+ range for standard rectangular or simple-geometry cuts using ultrafast laser; more complex outlines (tight radii, cuts near the active area) run lower and will be quoted with a realistic yield estimate up front — not an optimistic one.

MOQ.Custom cutting and size modifications can shift the standard MOQ. This is confirmed at the quotation stage, before any deposit — not renegotiated after you've committed.

Ready to Evaluate Your Cut?

Send us your target outline (DXF/DWG), tolerance requirement, and application environment. Our engineers will confirm cuttability against the Gate/Source and TFT array layout and return a feasibility note with recommended cutting method, sealing approach, and estimated NRE/lead time — before you commit to a quote.