VERTICAL KNEE – TYPE MILLING MACHINE

Model No-X5032/X5032A : This model contains machining table of size 1320X320mm. It is equipped with 3 nos of T-slot which helps for precise and versatile grinding operation. This model can hold up to 500 kg of load. The table can be moved longitudinally up to 700/680mm and in cross direction of up to 255/240mm. The spindle speed is 30-1500 rotations per minute and the spindle step is 18 rotations per minute. The quill travel distance is 70mm and it can work with 7.5kw main motor power. For X/Y and Z axis feed this model runs with 1.5 kw motor power. Apart from that additional coolant motor with 0.125kw power is required.

Model No-X5040 : It comes with 1600X400mm of work table and 3 nos of T-slot. The maximum load capacity of this model is 800kg. The longitudinal travel distance is 900/880mm and cross travel distance is 315/300mm. Quill travel distance is 85mm and range of spindle speed is 30-1500 rotations per minute.

Model No-X5050 : This model is designed with 2000X500mm of table size and it is provided with 5nos of T-slots. The centre distance is 80mm and the load bearing capacity is 1500kg which is obviously higher than the previous models. The longitudinal travel distance of the table is 1530/1520mm and cross travel distance is 360/345mm. The spindle speed range if 45-1800 rotations per minute and the spindle can make 17 rotations per minute of spindle step.

Model No-X6150 : It can bear load up to 1500 kg and comes with table size similar to that of X5050 model. It is provisioned with 5 nos of T-Slots. The table travel distance towards longitudinal direction is 1530/1520mm and towards cross ways it is 360-345mm. The spindle speed range is 45-1800 rotations per minute and the spindle step is 17 rotations per minute.

Synopsis

Knee-type milling machines have advanced technology capability because the spindle on such machines is positioned vertically. It is designed by knee-type mill manufacturers for precision and productive milling of flat or box section work pieces occurring in batch production. The compact machine design allows for a high level of geometrical accuracy as well as rigidity. Vertical milling tools use smaller cutting tools, have less massive casting and fewer horsepower motors while accomplishing similar results to the horizontal mill. For large production applications, hi-end milling machines are supplied globally or exported and they can perform all operations including tool changing, and provide zero error mechanism.