GF Machining Mikron VCE 1000 Pro
Image: assets.georgfischer.com, GF Machining Solutions
Key Specifications
X Travel
Y Travel
Z Travel
Table Size
feed rate xyz
max table load
How much does the GF Machining Mikron VCE 1000 Pro cost?
Estimated price range
Our best estimate for a vertical machining centers (vmc) in this class — not a quote from GF Machining Solutions. Configuration moves it a long way.
Overview
The Mikron VCE 1000 Pro is the middle size of GF Machining Solutions' VCE PRO series, with 1020 x 560 x 600 mm of travel, a 1000 x 560 mm table rated for 1350 kg and 40 m/min feed. It sits between the Mikron VCE 800 Pro at 800 x 500 x 540 mm and the Mikron VCE 1400 Pro at 1400 x 600 x 675 mm, and it is the smallest of the three whose table lists a 60-pocket magazine.
The 600 mm of Z is the figure to look at first. Over the 540 mm of the Mikron VCE 800 Pro it leaves more room for long drills, tall angle plates and a rotary table with its workpiece, which matters on a series GF promotes as fourth-axis ready. The table, 1000 mm long, is slightly shorter than the 1020 mm X stroke, so a part can be machined across its full length without the spindle running out of travel at the table edge.
Spindle options are the same on all three sizes. The standard unit is belt-driven, 10,000 rpm with ISO40 or BT40 taper, described by GF as the high-torque choice for heavy cutting and large tools. The optional STEP TEC inline spindle runs to 16,000 rpm with HSK-A63, ISO40 or BT40 and 99 Nm, for finishing and small cutters. The magazine can be 24, 40 or 60 pockets; GF quotes 8 seconds chip-to-chip for the series and loads tools while the machine cuts.
Through-spindle coolant at 18 or 42 bar and a robot interface for SYSTEM 3R or third-party automation are options. Against the Mikron MILL E 800, with 850 x 600 x 600 mm and a 1050 x 600 mm T-slot table rated 1000 kg, the VCE 1000 Pro offers more X and more table load, while the MILL E 800 offers 600 mm of Y and spindles up to 20,000 rpm.
Full Specifications
| Parameter | Value |
|---|---|
| X-Axis Travel | 1020 mm |
| Y-Axis Travel | 560 mm |
| Z-Axis Travel | 600 mm |
| Feed Rate Xyz | 40 m/min |
| Table Size | 1000 x 560 mm |
| Max Table Load | 1350 kg |
| Spindle | 10,000 rpm (ISO40/BT40), 18.5 kW, 149 Nm; 16,000 rpm (HSK-A63/ISO40/BT40), 25.9 kW, 99 Nm |
| Tool Magazine | 24 / 40 / 60 pockets |
Specifications sourced from united-mikronmill.com — verified 2026-10-02
Strengths & Limitations
Strengths
- 600 mm of Z travel, against 540 mm on the Mikron VCE 800 Pro, for long tools and fourth-axis setups
- 1350 kg table load on a 1000 x 560 mm table
- Magazine choice of 24, 40 or 60 pockets
- Optional STEP TEC inline spindle at 16,000 rpm with 99 Nm, or the standard belt-driven 10,000 rpm spindle for large tools
- 40 m/min feed on all three axes
Limitations
- Y travel is 560 mm, against 600 mm on the Mikron MILL E 800 and the Mikron VCE 1400 Pro
- Spindle speed tops out at 16,000 rpm, and only with the optional inline spindle
- Through-spindle coolant and the robot interface cost extra
- The table is 560 mm wide, which limits wide plates and fixtures set two deep
Best For
Frequently Asked Questions
01
X, Y and Z travels are 1020 mm, 560 mm and 600 mm. The table measures 1000 x 560 mm and is rated for 1350 kg. Feed is 40 m/min on all axes.
02
The Mikron VCE 800 Pro has 800 x 500 x 540 mm of travel, a 910 x 500 mm table for 1,100 kg and a 24 or 40 pocket magazine. The VCE 1000 Pro adds X, Y and Z travel, a 1350 kg table rating and the 60-pocket option. Spindle choices are the same.
03
A belt-driven 10,000 rpm spindle with ISO40 or BT40 taper as standard, or an optional STEP TEC inline spindle at 16,000 rpm with HSK-A63, ISO40 or BT40 taper and 99 Nm. GF describes the first for heavy cutting and large-diameter tools and the second for finishing and small tools.
04
GF offers an optional robot interface compatible with SYSTEM 3R and third-party automation, and magazines up to 60 pockets for long runs. Tools are loaded in parallel with machining. Plan the automation package at order time, since it is not part of the base machine.
Videos
Michał Wappa
Machinery Resources International

