Used YASDA YBM1218V CNC Jig Borer for Sale | Japan

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Product Highlight

Used YASDA YBM1218V is a Japanese bridge-type CNC jig borer and vertical machining center designed for large mold bases, precision milling, and accurate boring operations. Featuring a FANUC 31i-MODEL A5 controller, 10,000 RPM BT50 spindle, and 32-tool ATC, it offers an alternative to new equipment for manufacturers seeking Japanese precision machine-tool technology.

Product Description

Used YASDA YBM1218V features a rigid bridge-type structure, FANUC 31i-MODEL A5 control, 10,000 RPM BT50 spindle, and 32-tool automatic tool changer. With a large 1800 × 1200 mm worktable, it is designed for precision mold making, large workpiece machining, and accurate milling and boring operations.

Technical Specifications

Parameter	Specification
Brand	YASDA
Manufacturer	YASDA Precision Tools K.K.
Model	YBM1218V
Condition	Used / Pre-Owned
Country of Origin	Japan
Machine Type	CNC Jig Borer / Vertical Machining Center
Machine Structure	High-Rigidity Bridge Type
Axis Configuration	3-Axis (X, Y, Z)
CNC Controller	FANUC 31i-MODEL A5
X-Axis Travel	1800 mm
Y-Axis Travel	1200 mm
Z-Axis Travel	1200 mm (Reported Extended-Stroke Option)
Distance Between Columns	1480 mm
Worktable Size	1800 × 1200 mm
Maximum Table Load	4000 kg (Manufacturer's Reference Specification)
Maximum Spindle Speed	10,000 RPM
Spindle Taper	BT50
Automatic Tool Changer	32 Tools
Historical Accuracy Records	Geometric Inspection and Renishaw Ballbar Test
Current Operational Condition	Subject to Verification
Price	Available Upon Request

Specifications are based on the supplied machine information and manufacturer references. The extended Z-axis travel, actual machine condition, and included accessories should be confirmed before purchase.

Applications and Industries

Used YASDA YBM1218V CNC jig borer is designed for manufacturers requiring precision milling, accurate boring, and a large machining workspace.

1. Mold and Die Manufacturing

Suitable for machining injection mold bases, stamping dies, mold plates, cavities, and other precision tooling components.

2. Precision Boring and Hole Machining

Designed for accurately positioned holes, precision boring operations, and complex hole patterns in machinery components and tooling plates.

3. Automotive Tooling and Components

Applicable to machining automotive manufacturing fixtures, large tooling plates, mold components, and selected precision metal parts.

4. Industrial Machinery Manufacturing

Can be used for machine bases, structural components, mounting plates, and medium to large mechanical parts requiring CNC milling and boring.

5. Precision Tool and Die Workshops

Supports rough milling, semi-finishing, and finishing operations for precision tooling, subject to the machine's verified condition and the specific workpiece requirements.

FAQ

Is the used YASDA YBM1218V a CNC jig borer or a vertical machining center?

The YASDA YBM1218V is classified as a vertical CNC jig borer and also performs vertical machining center operations. Its rigid bridge-type construction is designed for precision milling, boring, and mold machining applications.

How much machining travel does this YASDA YBM1218V offer?

The machine is reported to have 1800 mm X-axis travel, 1200 mm Y-axis travel, and an extended 1200 mm Z-axis travel. The standard YBM1218V has a shorter Z-axis stroke, so the extended configuration should be verified on this individual unit before purchase.

What CNC controller and spindle does this used YASDA machine have?

This YASDA YBM1218V is equipped with a FANUC 31i-MODEL A5 CNC control, a BT50 spindle rated up to 10,000 RPM, and a 32-tool automatic tool changer. These specifications support a wide range of precision milling and boring operations.

Are accuracy inspection records available for this used YASDA YBM1218V?

Yes. Historical geometric inspection and Renishaw ballbar test records are available for reference, including a previous circularity deviation result of 5.3 μm. As these records are historical, updated testing is recommended to assess the machine's current accuracy.