Skip to content

Guangzhou · VMC / 3-axis

Guangzhou G-VMC850

Guangzhou G-VMC850X 800 · Y 700 · Z 500 mm · BT50
Schematic based on catalog figures; not a product photograph. See source-review notes below.

Guangzhou G-VMC850 is listed in the VMC / 3-axis category of the Guangzhou equipment catalog.

Catalog figures on this record: travel/bar capacity 800 × 700 × 500 mm; table/capacity 1000×550; table load 600 kg; spindle speed up to 8,000 rpm; spindle interface BT50. Confirm standard equipment and optional packages against the linked source before selecting a configuration.

Selected table fields were cross-checked against the linked source during the September 2026 review. This is a catalog review, not a test of a delivered machine.

Lead time
On RFQ
MOQ
Confirm with supplier
Grade
Catalog listing

Catalog specifications

Travel / bar
800 × 700 × 500 mm
Table
1000×550
Spindle
8,000 rpm
Taper
BT50
ATC
Control

Before you RFQ

How should I specify Guangzhou G-VMC850 in an RFQ?

Include the exact model and suffix, workpiece size and material, spindle package, controller, tooling and automation requirements. Ask the supplier to confirm the configuration, acceptance criteria, delivery terms and price.

What does an empty specification mean?

A dash means CNCVerified has not established a reliable value for that field. It does not mean the manufacturer offers no specification or option.

Other Guangzhou rows

Specifications and sources

Travel / bar capacity
800 × 700 × 500 mm
Table / sheet capacity (mm)
1000×550
Table load (kg)
600
Spindle speed (rpm)
8000
Spindle interface
BT50

Source review: 2026-09-21. Catalog figures may describe standard equipment or optional packages; use the configuration notes above with the original table.

Manufacturer product page / technical catalog (www.gzmachine.com)

No model-matched manufacturer image has been approved for this record.

Directory record: Guangzhou Machine Tool Works Co., Ltd.. A directory association does not establish the legal entity that manufactures or sells a particular configuration.