Used Makino V33i CNC Machining Center for Sale

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Product Highlight

Used Makino V33i is a Japanese-brand 3-axis CNC vertical machining center developed for precision mold and die applications. Featuring a 650 × 450 × 350 mm working travel, a 750 × 450 mm worktable, and Makino Professional 5 CNC control, it offers an established platform for high-speed milling, precision tooling, and detailed 3D surface finishing. Historical inspection records are available for buyer evaluation.

Product Description

Used Makino V33i vertical machining center combines Japanese-brand engineering with Makino Professional 5 CNC control, a 650 × 450 × 350 mm working travel, and a high-speed milling platform. Suitable for precision mold making, complex 3D surfaces, and detailed finishing operations, this pre-owned CNC machine offers a practical option for manufacturers expanding their machining capabilities. Historical precision inspection records are available for review.

Technical Specifications

Parameter	Specification
Brand	Makino
Model	V33i
Condition	Used / Pre-Owned
Machine Type	CNC Vertical Machining Center
Number of Axes	3 Axis
Brand Origin	Japan
X-Axis Travel	650 mm
Y-Axis Travel	450 mm
Z-Axis Travel	350 mm
Worktable Dimensions	750 × 450 mm
CNC Controller	Makino Professional 5
Spindle Speed	30,000 RPM*
Spindle Taper	HSK-A63*
Tool Magazine Capacity	25 Tools*
Maximum Table Load	300 kg (OEM rating)
Rapid Traverse Rate	20,000 mm/min (OEM rating)
Ballbar Test	Historical XY circularity: 4.2 μm
Inspection Records	Renishaw Ballbar & PC-DMIS
Availability	Contact for Confirmation

*The spindle speed, spindle interface, and magazine capacity are based on seller-supplied information and require final verification. OEM-rated specifications describe the model, not independently verified performance of this individual used machine.

Applications & Industries

Precision Mold and Die Manufacturing

The used Makino V33i is well suited for precision mold and die machining, including injection mold cavities, mold cores, inserts, and detailed tooling components. Its precision-oriented design makes it a practical choice for workshops handling demanding surface finishing and complex contours.

High-Speed CNC Milling

Developed for high-speed milling applications, the Makino V33i platform supports detailed cutting operations using small-diameter tools. It is particularly useful for precision milling and finishing tasks where accurate toolpath control and fine surface quality are important.

Hardened Steel Machining

The V33i platform is suitable for precision finishing of hardened tool steels commonly used in mold and die manufacturing. Actual cutting performance depends on workpiece hardness, tooling, machining parameters, and the current condition of the machine.

Complex 3D Surface Machining

For manufacturers producing intricate cavities, sculptured surfaces, and complex 3D profiles, this pre-owned Makino CNC machining center offers a precision-focused machining platform.

Precision Tooling and Engineering Components

The machine can also support the production of precision fixtures, tooling components, small mechanical parts, and other high-detail engineering applications within its working envelope.

FAQ

What types of work is the used Makino V33i suitable for?

The Makino V33i is primarily suited for precision mold and die manufacturing, high-speed CNC milling, hardened tool steel finishing, and complex 3D surface machining. It is particularly useful for mold shops and precision engineering workshops handling detailed machining applications.

What CNC control system does this Makino V33i use?

This machine is equipped with a Makino Professional 5 CNC control system. The control supports CNC machining operations, program management, and machine operation functions for precision milling applications.

Are precision inspection records available for this used Makino V33i?

Yes. Historical Renishaw QC20-W ballbar and PC-DMIS dimensional measurement records are available for review. The ballbar report records a 4.2 μm circularity result under specific XY-plane test conditions. Current accuracy should be confirmed through an updated inspection where required.