Why Choose KULA GRINDER

It is suitable for pass-through grinding of cylindrical surfaces of all kinds of rings, shafts and tubes and plunge-cut grinding of all kinds of stepped, conical and cylindrical rotating surfaces, etc.

The Surface Grinder SGS saddle series is a small, economical, high-precision surface grinding machine with a saddle-type structure that takes up little space. The CNC surface grinding machine offers a variety of grinding possibilities, and can meet the grinding needs of grooves, pitches, forming, indexing, etc. The three-axis track is a plastic-coated hard track that has been hand scraped for high precision and durability.

Cylindrical grinding machine 200 series is designed for mass production of small workpieces, with a minimum distance between centers of 250MM, and can achieve high-precision and efficient production.

The 150 model is the most widely used internal hole grinder. It has an excellent CNC numerical control system and can complete the machining of internal straight holes, internal end faces, internal grooves, internal steps, internal fillets, internal tapers, and external end faces. It can be equipped with a mechanical spindle or an electric spindle. In mass production, it can be equipped with a variety of robotic automation systems.

CNC Vertical grinder is suitable for processing parts with high precision and high surface quality requirements in manufacturing industries such as equipment, bearings, military, energy, aerospace, etc.

The CNC laser grinder is an advanced device that utilizes laser technology for precision grinding. It combines the precise control of a Computer Numerical Control (CNC) system with the high energy density of a laser beam, enabling efficient and precise grinding on various materials. This equipment is particularly suited for processing hard and brittle materials, complex curves, and micro-fine structures, offering significant advantages such as non-contact processing, minimal heat-affected zones, and high precision. It is widely applied in industries like aerospace, automotive manufacturing, mold processing, and medical equipment, meeting the high demands for component surface quality and precision.