DMG Mori NRX 2000

$250,000 - $400,000 Updated 2026-03-13

Key Specifications

Max Workpiece ⌀

180 mm (7.1 in)

Max Turn Length

100 mm (3.9 in)

standard turning diameter

120 mm (4.7 in)

spindle speed

6,000 RPM (both spindles)

number of spindles

2 (parallel front layout)

chuck size

203 mm (8 in) x 2

Overview

The DMG Mori NRX 2000 is a dual-spindle, dual-turret production lathe designed for high-volume manufacturing. What makes it unique is the front parallel spindle layout: both spindles sit side by side at the front of the machine, each with its own turret, running two completely independent machining processes simultaneously. One spindle can be roughing a new part while the other finishes the previous part. You are effectively running two lathes in one machine footprint.

Maximum workpiece diameter is 180 mm (7.1 inches) with a standard turning diameter of 120 mm (4.7 inches). Maximum turning length is 100 mm (3.9 inches), which tells you this machine is built for short, high-volume parts like automotive and electronics components. Both spindles run at 6,000 RPM, and each gets its own 8-station turret with an 8-inch chuck.

X-axis travel is 100 mm and Z-axis runs 220 mm. The compact footprint of 1,650 mm width (without loader) and 2,100 mm height makes it one of the most space-efficient production turning solutions in the DMG Mori lineup. The machine includes options for automated loading via gantry loader or robot, with a total footprint of 14.2 cubic meters including loader, workpiece stocker, and chip conveyor.

Control options include Fanuc or MAPPS, depending on configuration. The NRX 2000 is built specifically for automated production cells where parts are loaded, machined on spindle one, transferred to spindle two for backworking, and discharged without operator intervention.

The NRX 2000 competes with twin-spindle chucker machines from Emag, Okuma, and Fuji in the high-volume automotive production turning category. Its parallel spindle design is its unique selling point. Specs sourced from DMG Mori published data and dealer specifications.

Full Specifications

Parameter	Value
Max Workpiece Diameter	180 mm (7.1 in)
Standard Turning Diameter	120 mm (4.7 in)
Max Turning Length	100 mm (3.9 in)
Spindle Speed	6,000 RPM (both spindles)
Number Of Spindles	2 (parallel front layout)
Chuck Size	203 mm (8 in) x 2
Turrets	2 (8 stations each)
X Axis Travel	100 mm (3.9 in)
Z Axis Travel	220 mm (8.7 in)
Machine Width	1,650 mm (65 in) without loader
Machine Height	2,100 mm (82.7 in)
Total Footprint	14.2 m3 (501.5 ft3) with loader
CNC Control	Fanuc or MAPPS
180 Mm	7.1 in.
100 Mm	3.9 in.
220 Mm	8.7 in.
Customer Benefits	Functionality - Selection of the cycle by pressing the associated key on the operating panel

Specifications sourced from us.dmgmori.com — verified 2026-03-28

Strengths & Limitations

Strengths

Parallel dual-spindle design runs two independent machining processes simultaneously, effectively doubling throughput in one machine footprint
Both spindles at 6,000 RPM with independent turrets mean zero wait time between operations; while one part finishes, the next starts
Compact footprint at 1,650 mm wide without loader packs maximum production capacity into minimal floor space
Purpose-built for automated production cells with integrated gantry loader or robot loading options
Two 8-station turrets provide 16 total tool positions for both spindles without tool interference
Designed for lights-out operation with workpiece stocker and automated part discharge

Limitations

100 mm maximum turning length limits the machine to short chucked parts only; no bar feeding capability
180 mm max workpiece diameter restricts the machine to smaller components; larger parts need a different machine
Highly specialized for high-volume production; not suitable for job shop environments with diverse part families
Requires automation investment on top of the machine cost to fully realize the parallel spindle productivity gains
Limited flexibility compared to multi-turret NZX machines; designed for one specific production workflow

Best For

Automotive tier suppliers running 100,000+ piece annual volumes of small chucked parts like gears, bearings, and hub components Electronics and connector manufacturers producing high volumes of small precision turned housings and fittings Brake component manufacturers running discs, drums, and caliper housings at production scale Any high-volume production environment where maximizing parts per hour per square foot of floor space is the primary goal Automated production cells with robot or gantry loading where operator intervention is minimized

Frequently Asked Questions

01 What does a new DMG Mori NRX 2000 cost?

New pricing runs $250,000-$400,000 depending on automation configuration. The base machine is lower, but most installations add a gantry loader or robot, workpiece stocker, and chip conveyor. Factor in $50,000-$100,000 for the automation package on top of the base machine price.

02 How does the parallel spindle layout work?

Both spindles sit side by side at the front of the machine, each with its own turret. Part one loads into spindle one and gets machined while spindle two finishes the previous part. After machining, parts transfer from spindle one to spindle two for backworking. Both processes run simultaneously without waiting.

03 Can the NRX 2000 do bar work?

No. The NRX 2000 is a chucker machine designed for pre-cut blanks or castings loaded by automation. With only 100 mm turning length and no through-spindle bore for bar feeding, it handles chucked parts only. For bar work, look at the NZX or NLX product lines.

04 How does the NRX 2000 compare to an Emag VL series?

Both are designed for high-volume production of small chucked parts. The Emag VL uses a vertical spindle with inverted pickup design. The NRX 2000 uses horizontal parallel spindles. The Emag handles slightly larger parts. The NRX offers higher throughput through true simultaneous dual-spindle machining. Choose based on part geometry and existing automation infrastructure.