high brightness display

Process Feasibility & Engineering Review
What cutting method do you recommend for my target dimensions and tolerance?It depends on your final size, tolerance class, and edge-quality requirements. For simple straight-line reductions with looser tolerances, mechanical wheel scribing is faster and more cost-effective. For tighter tolerances, complex or curved profiles, or panels where micro-crack risk must be minimized, ultra-fast laser cutting is the safer choice — at a higher NRE and per-unit cost. We recommend the appropriate method once we've reviewed your target drawing against the 23.8" panel's active area (530.2×299.6mm display area within a 543×317.4mm module).

Will the new dimensions interfere with the Gate/Source traces or the active TFT array?This is the first thing our engineers check. Every panel has a defined active display area, a Gate/Source driver trace zone, and a COF/FPC bonding region — cutting into any of these will disable the panel or create dead zones. We map your requested cut line against the panel's internal layout before quoting feasibility.