Spinner VC560

€90,000 - €140,000 Updated 2026-03-16

Key Specifications

X Travel

560 mm (22.0 in)

Y Travel

450 mm (17.7 in)

Z Travel

500 mm (19.7 in)

Max Spindle

12,000 RPM (15,000 RPM optional)

Spindle Taper

BT 40 / SK 40

Tool Capacity

24 (chain magazine)

Overview

The Spinner VC560 is a German-built vertical machining center from Spinner Werkzeugmaschinenfabrik, a Bavarian machine tool manufacturer known for producing high-precision VMCs and lathes primarily for European aerospace, automotive, and precision engineering markets. The VC560 occupies the mid-range of Spinner's vertical machining center lineup, offering 560 mm of X-axis travel in a rigid, thermally stable construction that prioritizes accuracy over raw speed — a characteristic trait of the Spinner engineering philosophy.

The defining structural feature of the VC560 is its box-way guideway system rather than the roller-type linear guideways common on most Taiwanese and Korean VMCs at similar price points. Box ways provide greater damping of cutting forces, higher resistance to vibration, and superior thermal stability under sustained heavy cuts. This makes the VC560 particularly well suited to hard milling of tool steels, cast iron, and hardened materials where chatter resistance and sustained accuracy over long production runs are critical. The tradeoff is lower rapid traverse speeds compared to linear-guided competitors, but Spinner's target customers prioritize accuracy and surface finish over cycle-time reduction from rapid speeds.

Axis travels of 560 x 450 x 500 mm deliver a capable work envelope for medium-sized prismatic parts, mold cores and cavities, fixture plates, and aerospace structural components. The spindle is offered in several configurations including a 12,000 RPM BT 40 standard spindle and optional 15,000 RPM high-speed variant. Spindle power is typically 13–18.5 kW depending on configuration. The machine table measures 1,050 x 500 mm with T-slots to accommodate a wide variety of workholding. A 24-tool chain-type ATC is standard.

The Spinner VC560 is controlled by Siemens Sinumerik 840D sl as standard for the European market, with Fanuc options available for export markets. Siemens 840D provides the highest level of CNC flexibility and is the preferred control for aerospace and die-mold shops with complex 3D surface programs. Pricing for the VC560 in European markets typically ranges from €90,000 to €140,000 depending on options and spindle configuration, positioning it above commodity Taiwanese VMCs and in the same tier as Chiron and Hermle entry-level machines.

Full Specifications

Parameter	Value
X-Axis Travel	560 mm (22.0 in)
Y-Axis Travel	450 mm (17.7 in)
Z-Axis Travel	500 mm (19.7 in)
Max Spindle Speed	12,000 RPM (15,000 RPM optional)
Spindle Taper	BT 40 / SK 40
Spindle Motor Power	13 kW (17.4 hp) standard; 18.5 kW (24.8 hp) optional
Table Size	1,050 x 500 mm (41.3 x 19.7 in)
Max Workpiece Weight	600 kg (1,323 lb)
Tool Capacity	24 (chain magazine)
Tool Change Time	3.5 sec (tool-to-tool)
Rapid Traverse Rate	24 m/min X/Y; 20 m/min Z
Guideway Type	Box ways (hardened and ground)
Positioning Accuracy	±0.004 mm
Repeatability	±0.002 mm
CNC Control	Siemens Sinumerik 840D sl (Fanuc option)
Machine Weight	7,500 kg (16,535 lb) approx.
Model	VC560Discontinued Model
Brand	SPINNER
Type	Vertical Machining Centers
X2225y1614z1614rpm12000 Rpm	# ATC24TaperSK40ControlCNC (Fanuc 21iMB)
X	22.25"
Y	16.14"
Z	16.14"
Rpm	12,000 RPM
Atc	24
Taper	SK40
Cnc Control	CNC (Fanuc 21iMB)

Specifications sourced from machinetools.com — verified 2026-03-28

Strengths & Limitations

Strengths

Box-way guideway system provides exceptional vibration damping and chatter resistance for hard milling of tool steels and hardened materials, outperforming linear-guided VMCs in sustained heavy cutting
German manufacturing standards — Spinner machines are built and quality-controlled in Bavaria, delivering geometric accuracy and thermal stability that supports high-precision die-mold and aerospace work
Siemens Sinumerik 840D sl control offers unmatched flexibility for complex 3D contouring programs, polynomial interpolation, and advanced compensation features used in aerospace and die-mold machining
1,050 x 500 mm table provides substantial workholding area relative to the 560 mm X travel, enabling multi-fixture setups that improve machine utilization

Limitations

Rapid traverse of 24 m/min is slower than Taiwanese and Korean linear-guided VMCs at 36–48 m/min, making the VC560 less competitive on high-volume parts where rapid motion time drives cycle efficiency
Spinner's sales and service network outside Central Europe is limited — North American and Asian buyers face longer parts lead times and fewer local service technicians compared to Haas, Mazak, or DMG Mori
Price premium over Taiwanese VMCs is significant; buyers in commodity manufacturing who don't exploit the box-way accuracy advantage will find better value elsewhere

Best For

Die and mold shops machining hardened tool steels, P20, H13, and D2 where box-way damping prevents chatter and maintains surface finish in prolonged cuts Aerospace subcontractors in Europe machining aluminum structural parts, titanium brackets, and steel components to tight tolerances for major OEM programs Precision engineering shops producing hydraulic manifolds, valve bodies, and measurement equipment components where ±0.004 mm positioning accuracy is a firm requirement Tool and cutter grinders or toolrooms that need a stable, accurate VMC for producing precision fixtures, gauges, and cutting tool holders

Frequently Asked Questions

01 Why does the Spinner VC560 use box ways instead of linear guideways?

Spinner deliberately chooses box-way (slideways) construction for the VC560 to maximize vibration damping and cutting force absorption. Box ways have a much larger contact area than roller-type linear guideways, which means they absorb cutting forces across a wider surface and resist chatter more effectively during interrupted cuts and heavy roughing passes. The tradeoff is lower rapid traverse speed, but Spinner's target customers — die-mold shops and precision aerospace subcontractors — prioritize accuracy and surface finish over rapid speed.

02 Can the Spinner VC560 be ordered with a Fanuc control instead of Siemens?

Yes. While Siemens Sinumerik 840D sl is standard for the European market, Spinner offers Fanuc 31i or Fanuc 0i as options for export markets where customer preference or existing programs are written for Fanuc. The Fanuc option is common in North American and Asian orders. Functionality differences between Siemens and Fanuc on the VC560 are primarily in the programming environment — both deliver the same machine accuracy.

03 How does the VC560 compare to a similarly priced Taiwanese VMC?

At equivalent price points, a Taiwanese VMC (such as Quaser, YCM, or Leadwell) will typically offer faster rapids (36–48 m/min vs. 24 m/min on the VC560), higher spindle speeds, and a larger dealer network. The Spinner VC560 counters with box-way construction for superior damping, German build quality with tighter geometric tolerances ex-factory, and Siemens 840D control. The right choice depends on application: high-volume aluminum machining favors the faster Taiwanese machine; hard milling and precision die-mold work favor the Spinner.

04 What is the maximum tool diameter the VC560 ATC can handle?

The 24-tool chain-type ATC on the VC560 accommodates tools up to 100 mm diameter (with adjacent pockets empty) and up to 300 mm in length. Maximum tool weight is typically 8 kg. For large-diameter face mills or boring bars, adjacent pockets must be left empty to provide clearance — effectively reducing usable tool capacity for programs with large-diameter tooling.

05 Is the Spinner VC560 available in the United States?

Spinner machines are primarily sold and supported in Germany, Austria, Switzerland, and broader Europe. Limited North American distribution exists through independent machine tool dealers, but Spinner does not maintain a dedicated North American subsidiary or service organization. US buyers should thoroughly research local service coverage and parts availability before purchasing — proximity to a qualified Siemens service partner is important for control support.