Relying on the
constant micro-lapping process and high-stability disc structure, the
Small Flat Lapping Machine is specially designed for flat finishing of micro, thin and small-size precision workpieces. Its core advantages lie in controllable micron-level material removal and extremely low processing deformation, meeting the requirements for high-precision forming and flattening of small precision parts.
Equipped with a refined pressure and speed regulation control system, the machine realizes precise matching of rotating speed, load and lapping time, and adopts uniform micro-grinding throughout the processing. Supported by stable disc rotation accuracy and high-rigidity structure, it effectively offsets lapping vibration, eliminates processing defects such as surface ripples and thickness deviation, and accurately guarantees the flatness, parallelism and end face consistency of workpieces. Meanwhile, it maximally retains the original structural properties of workpiece materials without surface over-lapping or extrusion damage.
Featuring strong compatibility, the machine is applicable to small workpieces of various materials including bearing steel, cemented carbide, ceramics, semiconductors and optical substrates, flexibly covering the flat lapping procedures of all types of micro precision parts and thin sheet samples. With an overall compact structure, it features simple commissioning, convenient consumable replacement and flexible parameter adjustment, supporting personalized process debugging, sample research and development, and small-batch precision mass production.
Compared with traditional large-scale lapping equipment, this machine abandons the processing mode of large machining allowance and heavy cutting, solving the pain points of cumbersome debugging, uncontrollable material removal and easy deformation of thin workpieces existing in large equipment. With the advantages of high precision, high flexibility and low processing loss, it is widely applied in precision mechanical processing, laboratory sample preparation and precision part finishing, providing reliable process support for the assembly accuracy and operational stability of small precision workpieces.
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