Lapping is a machining method that involves rubbing two surfaces together with a very fine abrasive material to create a very smooth and accurate surface finish. Unlike standard grinding, lapping removes even small amounts of material, therefore allowing for very close tolerances and an excellent surface flatness. It is commonly used in metalworking, optics, and precision engineering.

Key Features:

• High Precision: Lapping creates flat, smooth, and accurate surfaces, making it suitable for critical engineering components.
• Material Removal Control: The lapping process means that only very light amounts of material are removed; therefore, it is ideal for finishing delicate or highly precise components.
• Versatile Applications: Lapping is used for finishing metals, ceramics, glass, and optical components, including engine components, bearings, and lenses.

Lapping is a crucial modern-day finishing process that ensures that components meet their overall dimensional and surface quality requirements. This lapping process can produce extremely smooth and accurate surfaces, resulting in improved performance, efficiency, and lifespans of mechanical, optical, or precision systems, making it an important process in construction and processes where precision is important.