Used TAKISAWA TC-200 CNC Lathe | Japan-Made

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Product Highlight

Used TAKISAWA TC-200 is a Japanese CNC turning center equipped with FANUC 21i-TB control, rigid box-way guideways, an 8-inch chuck, and an 8-station turret. Designed for precision turning and general metalworking, this pre-owned machine provides a cost-effective alternative to purchasing a new CNC lathe.

Product Description

Used TAKISAWA TC-200 CNC turning center features a FANUC 21i-TB control, rigid box-way construction, an 8-inch chuck, and an 8-station turret. Previously operated in Japan according to the seller, this pre-owned machine offers a cost-effective solution for precision turning and general metalworking applications.

Technical Specifications

Specification	Details
Brand	TAKISAWA
Model	TC-200
Machine Type	Horizontal CNC Lathe / CNC Turning Center
Condition	Used / Pre-Owned
Country of Origin	Japan
Previous Operating Location	Japan
CNC Control System	FANUC Series 21i-TB
Guideway Type	Box Ways
Maximum Swing Over Bed	420 mm
Maximum Turning Diameter	340 mm (T8 Configuration)
Maximum Turning Length	607 mm (L6 Factory Reference)
X-Axis Travel	185 mm
Z-Axis Travel	650 mm (L6 Configuration)
X-Axis Rapid Traverse	20 m/min
Z-Axis Rapid Traverse	30 m/min
Reported Spindle Speed Range	45–4,000 RPM
Spindle Nose	JIS A2-6 (Low-Speed Spindle Reference)
Spindle Through-Hole	63 mm (Low-Speed Spindle Reference)
Chuck Size	8 Inches
Chuck Type	Three-Jaw Chuck
Turret Type	Single 8-Station Turret
Number of Tool Stations	8
Tailstock	Equipped
Tailstock Body Travel	475 mm (L6 Factory Reference)
Tailstock Quill Stroke	100 mm (Factory Reference)
Machine Weight	Approx. 3,300 kg (L6 Factory Reference)
Availability	Contact Us for Details

Note: Specifications are based on the supplied machine details and TAKISAWA TC-200 factory references. Configuration-dependent values, actual operating condition, and shipment dimensions should be verified before purchase.

Applications & Suitable Industries

Used TAKISAWA TC-200 CNC lathe is designed for a wide range of metal turning applications. Its box-way structure, FANUC CNC control, and 8-station turret make it a practical option for machine shops requiring flexible turning capacity.

1. Automotive Parts Manufacturing

Suitable for turning shafts, bushings, sleeves, hubs, and other cylindrical components used in automotive and related manufacturing.

2. General Metalworking

Supports common CNC turning operations, including facing, external turning, internal turning, boring, grooving, and threading of steel, aluminum, and other machinable metals.

3. Industrial Machinery Components

The rigid box-way design is well suited to machining applications requiring stable cutting conditions, including production of mechanical shafts, couplings, and bearing-related components.

4. Small and Medium Batch Production

The FANUC 21i-TB control and 8-station turret support repeatable turning operations, making this used CNC lathe suitable for workshops producing different components in small to medium batches.

5. Maintenance and Replacement Parts

An economical choice for engineering workshops producing replacement components, customized metal parts, and industrial machinery spare parts.

FAQ

What CNC control system does this TAKISAWA TC-200 use?

The machine is equipped with a FANUC Series 21i-TB control. It supports standard CNC turning operations and offers a familiar programming environment for operators experienced with FANUC-controlled machine tools.

What is the maximum turning capacity of this used CNC lathe?

The TC-200 T8 configuration has a maximum turning diameter of 340 mm. The L6 version offers a factory-rated maximum turning length of 607 mm and a Z-axis travel of 650 mm. Actual workpiece capacity depends on the machine configuration, tooling, chuck, and tailstock setup.

Is the box-way design suitable for heavy-duty turning?

Box-way CNC lathes are designed to provide rigidity and stable support during cutting. The TAKISAWA TC-200 is a practical option for demanding turning operations, although actual cutting performance depends on the machine's condition, tooling, workpiece material, and machining parameters.