Takamaz XWT-8

$200,000 - $290,000 Updated 2026-03-19

Key Specifications

Max Spindle

Max. 4,000

Rapid Traverse

X:45 Y:160 Z:180

Spindle Power

11/7.5 kW (15/10 HP) each spindle

Max Turn Length

100 mm (3.94 in) per spindle

max turning diameter

130 mm (5.12 in)

spindle speed

4,000 RPM (both spindles)

Overview

The Takamaz XWT-8 is a twin-spindle, twin-turret CNC lathe with integrated thermal compensation designed for high-volume automated production of small to medium parts. The dual 8-inch collet chucks and paired 8-station turrets enable simultaneous machining on both spindles, effectively doubling throughput on parts that require complete both-end machining. With spindle speeds reaching 4,000 RPM and 11/7.5 kW motors on each spindle, the XWT-8 handles a range of materials including steel, aluminum, brass, and cast iron at production feeds.

The twin-spindle architecture with automatic part transfer between main and sub-spindle eliminates the need for a second-operation lathe. Parts are loaded into the main spindle, machined on the first side, transferred to the sub-spindle for back-end operations, and unloaded as complete components without operator intervention. Each turret operates independently with 150 mm X-travel and 180 mm Z-travel, providing sufficient envelope for most small turned parts.

Rapid traverse rates of 24 m/min on both X and Z axes across both turrets keep non-cutting time to a minimum. The Fanuc 0i-TF Plus control manages multi-channel programming for synchronized or independent operation of the two spindle-turret pairs. Takamaz's proprietary thermal compensation system monitors temperature changes throughout the machine structure and applies real-time corrections to maintain dimensional accuracy across extended production runs.

The XWT-8 occupies a footprint of 2,250 x 2,187 mm, which is compact for a twin-spindle, twin-turret machine. The integrated gantry loader and automatic part transfer make this a genuine lights-out production platform for shops running high-volume contracts in automotive, hydraulic, and general industrial component manufacturing.

Full Specifications

Parameter	Value
Max Turning Diameter	130 mm (5.12 in)
Max Turning Length	100 mm (3.94 in) per spindle
Spindle Speed	4,000 RPM (both spindles)
Spindle Motor Power	11/7.5 kW (15/10 HP) each spindle
Spindle Bore	100 mm (3.94 in)
Chuck Size	Collet, 8 × 2
Turret Stations	8 per turret (16 total)
X Axis Travel	150 mm (5.9 in) per turret
Z Axis Travel	180 mm (7.1 in) per turret
Rapid Traverse X	24 m/min (945 IPM)
Rapid Traverse Z	24 m/min (945 IPM)
Gantry Loader	Integrated (standard)
CNC Control	Fanuc 0i-TF Plus
Floor Space Required	2,250 x 2,187 mm (88.6 x 86.1 in)
Item	Ability
Spindle	Spindle bearing I.D.
Max Spindle Speed	Max. 4,000
Tool Post	Type
Maxstroke	X:150Z:180
Rapid Traverse Rate	X:45 Y:160 Z:180
Speendle Motor	AC11 / 7.5 ×2
W L H	2,250×2,187
Cnc Control	FANUC 0i-TF Plus Type 0
Itemloader Specifications	Ability
Workpiece Diameter	φ150
Workpiece Length	80
Max Load Capacity	3.0

Specifications sourced from takamaz.co.jp — verified 2026-03-28

Strengths & Limitations

Strengths

Twin-spindle twin-turret architecture delivers complete both-end machining in a single automated cycle
24 m/min rapid traverse on all axes minimizes non-cutting time for maximum throughput
Proprietary thermal compensation system maintains dimensional accuracy across multi-shift production runs
Integrated gantry loader with automatic spindle-to-spindle transfer enables true lights-out operation
Compact 2,250 x 2,187 mm footprint for a twin-spindle twin-turret machine preserves floor space
Fanuc 0i-TF Plus with multi-channel programming supports synchronized and independent turret operation

Limitations

8-station turrets per side may limit tool capacity for complex parts requiring many different operations
No live tooling on standard configuration restricts the machine to pure turning operations
Higher acquisition cost than single-spindle models requires sustained production volume to justify
Limited Takamaz dealer and service network outside Japan and select Asian markets

Best For

High-volume automotive production of parts requiring machining on both ends like bushings and spacers Hydraulic component manufacturing of fittings, valve bodies, and cylinder parts in medium quantities Shops consolidating two single-spindle lathes into one twin-spindle machine to save floor space and labor Production of symmetrical turned parts where both faces need identical or complementary operations Lights-out manufacturing cells for small turned parts with complete machining requirements

Frequently Asked Questions

01 What does a Takamaz XWT-8 cost?

New Takamaz XWT-8 machines typically price between $200,000 and $290,000 depending on tooling and loader configuration. The twin-spindle twin-turret design costs more than single-spindle models but replaces two machines and reduces labor, often providing ROI within 12-18 months at sufficient volumes.

02 How does the XWT-8 differ from the XW-130?

Both are twin-spindle machines, but the XW-130 offers larger 130 mm turning capacity with 15 kW spindles and 12-station turrets, while the XWT-8 has 8-station turrets and 11/7.5 kW spindles optimized for smaller parts. The XWT-8 emphasizes speed with 24 m/min rapid traverse on all axes.

03 Does the XWT-8 include thermal compensation?

Yes. Takamaz's proprietary thermal compensation system monitors temperature across the machine structure and applies real-time corrections. This is critical for maintaining tight tolerances during extended production runs where thermal growth would otherwise cause dimensional drift.

04 Can the XWT-8 run parts that only need one-sided machining?

Yes, the machine can be programmed to use only one spindle-turret pair for single-end parts. However, this underutilizes the twin-spindle capability, and a single-spindle XT-8 would be more cost-effective for dedicated single-end work.