YCM Turning Center TC26

TC26

YCM Turning Center TC26

S&T Engineers Is The Authorised Distributors Of YCM Turning Center Machines In India. YCM High Precision And Reliable Box Type Guideway Turning Center Machines For High Productivity Application. Advanced Taiwanese CNC Machining Technology In India At Best Price

Machining Capacity

Max. Turning Diameter(mm) - ø470 Max. Turning Length(mm) - 647 (638)

Main Spindle

Chuck Size - 10" (12")

Tailstock

Quill Taper - MT-5 Quill Stroke(mm) - 530

SPECIFICATION

TC26
Unit
Values

Max. Turning Diameter
Mm
ø470
Max. Turning Length
Mm
647 (638)

Chuck Size
10" (12")
Spindle Nose
A2-8
Hole Through Spindle
Mm
ø88
Hole Through Draw Bar
Mm
ø78
Spindle Speed
Rpm
10" L: 8~195~783H: 40~1,007~4,000 12" L: 8~195~783H: 40~1,007~2,500

X-Axis Travel
Mm
250(235+15)
Z-Axis Travel
Mm
700

"X - Axis Rapid Feedrate / Cutting Feedrate"
M/min / Mm/min
15 / 1~5,000
"Z - Axis Rapid Feedrate / Cutting Feedrate"
M/min / Mm/min
20 / 1~5,000

Main Spindle Motor
KW
42,309

Turret Type
Hydraulic Turret
Turret Capacity (opt.)
12T (8T)
Swing Over Turret
Mm
ø640

Quill Taper
MT-5
Quill Stroke
Mm
530

Machine Weight
Kg
4,400
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High Speed High Rigidity Turret

  • The 12-station turret index is done by absolute detection to reduce tool selection mistake.
  • The powerful turret with large diameter curvic coupling offers high precision and high rigidity in cutting performance.

High Speed High Rigidity Turret

  • The 12-station turret index is done by absolute detection to reduce tool selection mistake.
  • The powerful turret with large diameter curvic coupling offers high precision and high rigidity in cutting performance.

Powerful Headstock With Built-in Gears

  • The spindle is equipped with high precision angular ball bearing and NN series bearing that provides high precision and rigidity working condition.
  • The inner diameter of the bearing is ø120mm ø4.72", and ø88mm ø3.46" of the spindle through hole. ø78mm ø3.07" of the drawbar through hole adapts large diameter bar stock jobs.
  • The powerful spindle with built-in gears provides various speed transmissions. The max. output of torque reaches 74.5kgf-m 539 lb-ft, with 4,000rpm max. spindle speed.
  • Material Removal Efficiency: 410cm3/min.
  • Insert Depth: 8mm 0.31"

High Precision and High Rigidity Programmable Tailstock

  • Extremely Rigid One-piece 45° Slanted Bed Design
  • Using "M" code commands the quill stroke of the programmable tailstock can be hooked with a hydraulic hook to the saddle carriage and slide along the Z-axis stroke.

High Precision and High Rigidity Programmable Tailstock

  • Extremely Rigid One-piece 45° Slanted Bed Design
  • Using "M" code commands the quill stroke of the programmable tailstock can be hooked with a hydraulic hook to the saddle carriage and slide along the Z-axis stroke.

High Speed Ultra Smooth Axial Movement

  • X/Z-axis guideways are well hardened and ground with Turcite-B to reduce the friction and offer utmost rigidity in cutting. The rapid feedrate of X/Z-axis is 15/20 m/min. 591/787ipm

User-friendly Operation and Easy Maintenance

  • Hydraulic gauges, control values of chuck and tail stock, and the central lubrication system are installed at the front side; for easy adjustment and maintenance.

Central Lubrication System

  • The machine with auto-lubrication design ensures the accuracy throughout its life time.
  • The slide ways of X/Z-axis and ball screws are lubricated. Built-in alarm will occurred when the lubrication oil is insufficient.

User-friendly Operation and Easy Maintenance

  • Hydraulic gauges, control values of chuck and tail stock, and the central lubrication system are installed at the front side; for easy adjustment and maintenance.

Central Lubrication System

  • The machine with auto-lubrication design ensures the accuracy throughout its life time.
  • The slide ways of X/Z-axis and ball screws are lubricated. Built-in alarm will occurred when the lubrication oil is insufficient.

Directly Driven Ballscrews Of High Precision And Rigidity

  • This machine is equipped with high precision ball screws and connected with motor directly. The fixing design supports both ends; the design of pre-tensioned ball screws provides high rigidity, high precision, and low heat effect.