Mill MV-5X vertical machining center, full bed-to-spindle view, mid-cycle with titanium chips curling off tool and coolant frozen in frame
Ballscrew Pitch
20mm / 10mm
C3 grade, preloaded
Rapid Traverse
48 m/min
X / Y / Z axes
Spindle Taper
CAT-50 / HSK-A63
14,000 RPM std.
Bed Casting
Meehanite® CI
18,400 kg gross wt.
Table Travel
1,270 × 660 mm
X × Y full stroke
MV-5X · Five-Axis · Now Shipping Q2 2026

Cut to a
tenth of a thou.

Five-axis geometry machined from Meehanite® cast iron. 14,000 RPM spindle with active thermal compensation. Single-setup completion for defense and aerospace contracts that don't renegotiate tolerance.

14,000RPM
Spindle Speed
48m/min
Rapid Traverse
±0.0001″
Positioning Acc.
30tool
ATC Capacity
18,400kg
Machine Weight
Scroll
01 // Bed & Base Casting

Rigidity starts at
the casting level.

Every micron of accuracy at the spindle nose is earned — or lost — at the bed casting. Mill's Meehanite® iron bed weighs 18,400 kg because accuracy at ±0.0001″ doesn't compromise on mass.

Mill MV-5X Meehanite cast iron bed casting with ribbed column structure, architectural side-angle shot
Meehanite® CI · Grade 30
Column Rib Density
48 ribs/m²
vs. 32 industry avg.
18,400kg
Gross Machine Weight
42dB
Vibration Damping
100%
Thermal Loop Closed
Specification
Mill
Haas
Mazak
Bed Casting Material
Meehanite® CI
Gray Cast Iron
Gray Cast Iron
Column Ribbing Density
ribs/m²
48
32
36
Machine Gross Weight
kg
18400
9980
15200
Base Footprint
mm²
3,200×2,800
2,400×2,100
2,900×2,500
Vibration Damping
dB
42
28
33
Thermal Loop Closed
Full-loop
Partial
Partial

See the full structural spec comparison

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02 // Spindle Assembly

0.8 μm runout.
The spindle that earns it.

Active 5-axis thermal compensation holds ±0.0001″ through an 8-hour titanium run. The numbers below are measured, not marketed.

Mill MV-5X
Haas VF-5
Mazak VCN-530C
Max Spindle Speed
Mill
14,000 RPM
Haas
8,100 RPM
Mazak
12,000 RPM
Peak Torque
Mill
240 N·m
Haas
162 N·m
Mazak
204 N·m
Thermal Compensation Axes
Mill
5-axis active
Haas
1-axis passive
Mazak
3-axis active
Runout (TIR)
Mill
0.8 μm
Haas
3.2 μm
Mazak
1.5 μm
Taper Interface
Mill
CAT-50 / HSK-A63
Haas
CAT-40 std.
Mazak
CAT-50 std.
Mill MV-5X spindle assembly close-up, CAT-50 taper interface, coolant-through tooling, architectural lighting
TIR Runout
0.8 μm
Measured at spindle nose
Active Thermal Compensation
Compensation Axes
5-axis
vs. 1-axis (Haas) · 3-axis (Mazak)
04 // ATC & Control

1.8-second tool change.
The control that keeps up.

A 30-tool magazine with 1.8-second chip-to-chip time paired with Fanuc 31i-B5 and 1,000-block look-ahead. Your program runs at the speed it was written.

Mill MV-5X automatic tool changer carousel with 30-tool magazine, architectural lighting showing tool holders
30-Tool Magazine
Chip-to-Chip
1.8 sec
vs. 4.2 sec (Haas) · 2.4 sec (Mazak)
Control
Fanuc 31i-B5
1,000 blk look-ahead
Spec
Mill MV-5X
Haas VF-5
Mazak VCN
ATC Capacity
30 tools
20 tools
30 tools
Tool-to-Tool Time
1.8 sec
4.2 sec
2.4 sec
Max Tool Diameter
125 mm
100 mm
125 mm
Max Tool Length
400 mm
350 mm
400 mm
Max Tool Weight
15 kg
6.8 kg
12 kg
Coolant-Through Pressure
70 bar
20 bar
50 bar

Full 147-point specification comparison available

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03 // Total Cost of Ownership

The price tag is one line.
The TCO is the argument.

Replace an aging Haas VF-5 with a Mill MV-5X and the 5-year delta isn't the purchase price — it's tooling life, setup reduction, and 58 fewer hours of unplanned downtime per year.

$0
5-Year TCO Savings vs. Haas VF-5
Tooling + downtime + setup time delta
0 hrs
Less Unplanned Downtime per Year
Compared to Haas VF-5 field average
0%
More Parts per Spindle Hour
Titanium Ti-6Al-4V benchmark
Cost Category
Mill MV-5X
Haas VF-5
Mazak VCN-530C
Machine Purchase Price
USD
$385,000
$219,000
$348,000
Annual Tooling Cost
USD/yr
$28,000
$52,000
$38,000
Unplanned Downtime
hrs/yr
18
76
42
Setup Time per Part
min avg
22
68
41
Parts per Spindle Hour
pcs/hr
4.8
2.1
3.4
5-Year TCO (est.)
USD
$671,000
$849,000
$758,000

* TCO estimates based on 2,000 annual spindle hours, Ti-6Al-4V primary material, 3-shift operation. Field data from 47 Mill MV-5X installations, 2023–2025.

05 // Social Proof & Downloads

Shops that staked
contracts on it.

"

We replaced two Haas VF-5s with one Mill MV-5X. Setup time dropped from 68 minutes to 22. The titanium bracket program that used to require two setups now runs lights-out in one.

David Kowalski
Production Manager
Precision Aero Components, Wichita KS
Running Ti-6Al-4V · 2,400 spindle hrs/yr
"

Our DCMA auditors measured ±0.000085" on the first article. That's not a brochure number — that's what the CMM printed. The thermal compensation is legitimate.

Sandra Osei-Mensah
Manufacturing Engineer
Orbital Defense Systems, Huntsville AL
Defense contracts · GD&T per MIL-STD-1800
"

I spec'd three machines before we signed. The TCO spreadsheet was what closed it — $178K over five years once you count the tooling and the downtime we were eating on the Fadals.

Marcus Theriault
Owner
Theriault Machine Works, Hartford CT
Job shop · Aerospace + medical mix
Mill MV-5X full specification comparison document cover, engineering drawing style layout with tolerance tables
PDF · 47 pages
Mill MV-5X Complete Specification Comparison
Mill vs. Haas VF-5 · Mazak VCN-530C · DMG Mori NHX 5000
147-point specification matrix
Spindle thermal drift curves (8-hour runs)
Tooling life comparison: Ti-6Al-4V benchmark
5-year TCO model with editable inputs
First-article CMM reports (3 shops)
Download Full Spec Comparison PDF

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