| The Main Spindlesuitable for milling, drilling, reaming and tapping operations. The Spindle protrudes enough as shown above after the facing Head reaches its home position.This spindle is driven by the high torque motor which is also used to control the indexing of any head attachments. | | | Available under options a built in U axis drive to control the diameter of any smaller contour heads loaded from the tool changer. This function enables the machine to perform smaller single point turning, boring and threading operations, as well as the standard machining centre functions. | | | In specific models RAM movement i.e. W axis can be supplied. | | | Coolant is supplied through this ram head and any of the tool holders directly to the tool insert. | Headstock & Gear Box | | The Headstock carries the Facing Head& its spindle, the main Spindle & Gear Box. The Headstock also carries Spindle motor powered depending on the Model. The Optional Gear Box has Ratio designed to give maximum Power of Motor &achieves incredibly high Torque at the cutting point. The Gear train is such it is made available to either of the two uniquely different spindles. The motor & Gear box are mounted directly to deliver the power without any slip. | | | The headstock travels up and down the middle of the column on re- circulating crossed roller bearings along the precision ground Y axis linear ways, being driven by computer controlled AC servo motor and precision ballscrew mechanism. This vertical movement of the headstock is also hydraulically counterbalanced. | | | Machine Base | | The base of the machine consists of a stress-relieved welded steel structure, engineered to maximize rigidity while incorporating open areas for efficient chip and coolant flow away from the working environment. The column travels along the top of this machine base on re-circulating crossed roller bearings along the precision ground linear ways, driven by the CNC controlled AC servo motor and precision balls-crew mechanism. The standard feedback system is by servo motor pulse coder, with the option of employing Heidenhain linear glass scales for even higher accuracy and repeatability. | | | Column | | The column consists of a stress- relieved welded steel structure, which is fed laterally on re-circulating crossed roller bearings along the precision ground linear ways by the computer controlled AC servo motors. The standard feedback system for this Z axisis by Heidenhain encoder mounted at the end of the balls-crew, with the option of employing Heidenhain linear glass scales for even higher accuracy and repeatability. | | |
Delhi, India
