Yama Seiki TS-100

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Specifications

Description Unit TS100
CAPACITY Max. / Swing over saddle mm(in) 330 mm (Ø12.99")
Max. Turning Dia. mm(in)  200 mm (7.87″)
Max. Turning Length mm(in) 305 mm (12″)
Bar Capacity mm(in) 32 mm (1.25’)
SPINDLE Chuck Size (in) (6″)
Hole through spindle mm(in) 41mm (1.61″)
Spindle Speed (rpm) r/min 60~6,000
Motor output ( cont. / 30 min.) HP/kW 6.57 HP (4.9kW)
Motor (Max/Cont.) kW(HP) 5.5/3.7 (7.4/5)
Torque (Max/Cont.) N.m
Spindle Type - BELT
Spindle Nose - A2-5
FEED Travel (X/Z) mm(in) 12” (305 mm)
Rapid Travel (X/Z) m/min 24m/min
Slide Type - Box way
X-axis servo motor HP (KW) 1 HP ( 0.75 kW)
Z-axis servo motor HP (KW) 1 HP ( 0.75 kW)
BLOCK TOOL No. of Tool / Stations EA 8
Tool Size OD mm(in)
ID   mm(in)
TANK CAPACITY Coolant Tank Gallon / litre 21 gal (80L)
Lubricating Tank ℓ(gel)
POWER SUPPLY Electric Power Supply kVA
Thickness of Power Cable Sq
Voltage V/Hz
MACHINE Dimensions
(L×WxH)
mm(in) 1,605 X 1,328 X 1,650 mm
(63.18" X 52.28" X 64.96)
Weight kg(lb) 1,750 (3,850)
NC Controller FANUC Oi-Mate TD
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High Speed CNC Turning Center

Packed with industry leading technology and top quality components, the YAMA SEIKI TS-100 series turning centers combine power, strength, and speed to bring you The Ultimate Machining Power®. These high speed machines will easily accomplish the demanding turning applications of today and tomorrow. Furthermore, with available live tooling and C-axis capabilities; milling, turning applications may be completed in one single machine.

  • 30˚slant design provides smooth chip disposal and easier operator access.
  • Stainless steel way covers and special steel wipers molded with industrial strength rubber are used for durability.
  • Fully enclosed splashguards keep chips and coolant contained for a safe clean working environment.
  • The auto lubrication system delivers metered amounts of lubrication to the slide ways, ball screws,and vital components. Distribution is automatically shut off Coolant system during idling to prevent waste.

An adjustable timer on the standard chip conveyor allows the operator to set operation time according to the amount of chips being carried out of the machine. Thus, reducing coolant loss to a minimum.
Coolant system with roll-out coolant tank and high-pressure coolant pump.

 

 


Compact And Highly Rigid Structures

All the main casting components are structural analyzed by Visual Nastran finite element methods ( FEM ). The boundary conditions are assigned reasonably and adequately to optimize the structures and rib distribution of the base, saddle and headstock to reach high rigidity and better stability. The headstock is mounted on the same surface of the 30 degrees slanted guide ways. This design shortens the transmission path of cutting force and stabilizes the cuting capability.

  • X and Z axes are driven by over-sized FANUC / MITSUBISHI series absolute servo motors, providing tremendous thrust outputs with faster acceleration and deceleration. Absolute encoder technology eliminates the use of limit switches, thus, eliminating referencing axes to home positions and broken limit switches.
  • High precision hardened and ground box ways are directly formed onto the machine bed and saddle during the casting process. They are precision machined and widely spaced for maximum strength. The box way design also provide the rigidity needed for heavy duty and interrupted turning applications.

Slide ways

Slide ways are bonded with “Turcite B” to eliminate stick-slip, minimize wear and maintain long term accuracy. Rapids are 24 m/min. on X & Z-axis.

Highest accuracy and durability

C3 class hardened and precision ground ball screws ensure the highest accuracy and possible. Plus, pretension on all axes minimizes thermal distortion.

 

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