Large-size TFT/LCD panel processing depends on grinding discs suited to the glass, edge profile, and machine conditions. Key selection factors include abrasive grit, disc geometry, operating limits, and the balance between edge quality, production efficiency, and tool life.
Grooves and profiles in semiconductor ceramic components require precise machining due to the hardness and brittleness of materials such as alumina, zirconia, and silicon carbide. Diamond grinding tools, appropriate machining strategies, and dimensional control are essential for achieving accurate features and reducing surface defects.
Vehicle display glass processing requires precise edge geometry, consistent finishing, and suitable grinding wheel selection. Key considerations include corner grinding, wheel specifications, machine compatibility, and quality control.
Semiconductor ceramic hole machining requires suitable grinding heads for controlled material removal, hole dimensions, and surface quality. Key selection factors include ceramic material, hole diameter, effective length, grit size, machining method, and equipment conditions.
Wafer edge grinding is an important process for controlling the geometry and surface condition of semiconductor wafer edges. Key considerations include grinding wheel selection, wafer material, edge profile, processing parameters, and surface quality.
EURASIA GLASS/WINDOW&DOOR 2026 brings glass processing professionals together in Istanbul from November 21–24, 2026. Zhenjiang Meijie will meet industry professionals at Hall 12A, Booth 1263I to discuss glass processing and grinding solutions.