Lathe Increases Rigidity for Tough-to-Machine Materials

Doosan Machine Tools’ Puma 2600 SY II is a 10" class, subspindle Y axis horizontal turning center designed to craft high precision parts from a range of tough-to-machine materials.

Related Topics:

Doosan Machine Tools’ Puma 2600 SY II is a 10" class, subspindle Y axis horizontal turning center designed to craft high precision parts from a range of tough-to-machine materials.

The system has a bed designed for rigidity and accuracy. An active thermal compensation system decreases the effects of thermal deformation by 60 to 70 percent over the previous model. NTN sliding bearings have been applied to all box guideways on the carriage, improving fine movement by more than 40 percent and wear resistance by more than 30 percent. The feed box and X-axis bearing mount have been reinforced for high rigidity.

The built-in spindle minimizes vibration and provides better acceleration and a smooth, fast ramp-up, the company says. It generates a maximum 22 kW (30 hp) and 599 Nm (442.1 foot-pounds) of torque. The structure of the spindle bearings provides improved spindle runout (6 μm), making it more suitable to high-precision machining and improved surface finishes.

The 12-station milling turret has also been redesigned for improved durability and increased clamping force. BMT tooling provides high rigidity for heavy chip removal, fine surface finishes, long boring bar overhang ratios and extended tool life.

The operation panel has a new ergonomic design and an updated Easy Operation Package with improved setup, operation and maintenance programing.

Related Suppliers

Editor Pick

Methods Seeks the Perfect Machining Environment

With its new Precision Center, Methods Machine Tools is locking down environmental variables that could impact machining processes. Why? So North American manufacturers will no longer need to send parts, tooling and material to Japan or somewhere else to have intricate, sensitive or challenging test cuts performed.

RELATED CONTENT

  • Aluminum Molds In Three Weeks Or Less

    While aluminum molds are commonly used to create prototypes or to serve as stopgap bridge tooling, they are starting to receive greater attention for production work. This shop’s approach to creating aluminum molds in one day to three weeks is the same for each of these situations.

  • Hobbing on a Turning Center

    This manufacturer’s use of live-tool lathes overcomes labor cost in various ways. One of the latest sources of savings involves bringing another operation—hobbing—into these machines. INCLUDES VIDEO.

  • Threading On A Lathe

    The right choices in tooling and technique can optimize the thread turning process.