Takisawa

Takisawa Special Speeder Driven Tools

Product Introduction

Engineered specifically for the high-speed machining requirements of Takisawa multitasking turning-milling centers, our Speeder Driven Tools utilize an internal speed-increasing gear design to significantly boost output RPM. This makes them the ideal solution for small-diameter drilling and high-speed precision machining applications.

Even when the machine spindle speed is limited, these tools provide stable high-speed output, effectively improving machining efficiency and surface finish quality.

• High-Efficiency Speed-Increasing Gear Design:Features a built-in speed-increasing gear system that boosts the actual tool output RPM. It is perfectly suited for small-diameter cutters and high-speed machining applications.

• High-Precision Runout Control ≤ 0.003mm:Maintains exceptional dimensional stability and superior surface quality even under high-speed rotational conditions.

• Imported P4 / P5 High-Speed Precision Bearings:Specifically designed for high-speed operation, offering low temperature-rise characteristics and high stability.

• High-Rigidity Structural Design:Effectively minimizes vibration and power loss during high-speed operation, ensuring consistent performance.

• Enhanced Machining Efficiency & Surface Quality:Ideal for micro-hole drilling, precision boring, and high-speed milling requirements.

Product Description

Product trial model

  • TCN-2000, 2100, 2500, 2600
  • TCY-160, 200
  • TCY-160 II, 200 II (BMT45)
  • TM-2000, 3000 T12 (2 key turret)
  • TM-4000 T12
  • TMM-200, 250
  • TNR-200, 250
  • TS-3000, 4000 (II), 5000 T12 (2 key turret)
  • TS-3000, 4000 (II), 5000 T12 (3 key turret)
  • TS-3000, 4000, 5000 T15
  • TS-3000, 4000, 5000 T15 (VDI)
  • TS-3000-5000 T20 (2 key turret)
  • TS-2000-5000 T20 (3 key turret)
  • TT-1600, 2000, 2100
  • TY-2000
  • TY-2000 (VDI40 turret)

For customized designs or additional specification options, please contact us. Our team will provide the most suitable solution for your application.