DN Solutions MYNX 9500

$250,000 - $350,000 Updated 2026-03-19

Key Specifications

Max Spindle

6,000 RPM

Spindle Taper

ISO 50 (BT50)

Table Size

2,500 x 950 mm (98 x 37 in)

Rapid Traverse

16 m/min (630 in/min)

Spindle Power

30 kW (40 hp)

x axis travel

2,500 mm (98 in)

Overview

The DN Solutions MYNX 9500 is the flagship of the MYNX VMC family — a massive box-way vertical machining center with 2,500 x 950 x 850 mm (98 x 37 x 33 in) of axis travel. At nearly 100 inches of X-travel, 37 inches of Y, and 33 inches of Z-depth, this machine handles workpieces that would typically require a double-column or horizontal boring mill. It's the biggest C-frame VMC DN Solutions builds.

The spindle runs 6,000 RPM with 30 kW (40 hp) and 617.41 Nm of torque through an ISO 50 taper. That's the most powerful spindle in the MYNX range, delivering the sustained cutting force needed for aggressive material removal on large steel and iron workpieces. The 40 horsepower motor won't bog down during extended face milling passes across the 2,500 mm table.

The table measures 2,500 x 950 mm with a 3,500 kg load capacity — that's nearly 8,000 pounds of workpiece and fixture weight. At 23,000 kg machine weight, the MYNX 9500 has the thermal mass and structural damping to stay stable during the heaviest cuts. Rapid traverse of 16 m/min is slower than smaller MYNX models, reflecting the massive inertia of the moving components.

This machine targets shops doing genuinely large work: major castings, large die sets, energy sector housings, mining equipment components, and structural fabrications that most VMCs can't even fixture. The 850 mm Z-axis travel is exceptional for a VMC and handles tall parts that normally require a horizontal boring mill. For shops that need vertical machining capability at this scale, the MYNX 9500 is one of very few options before stepping up to a floor-type boring mill.

Full Specifications

Parameter	Value
X Axis Travel	2,500 mm (98 in)
Y Axis Travel	950 mm (37 in)
Z Axis Travel	850 mm (33 in)
Max Spindle Speed	6,000 RPM
Spindle Motor Power	30 kW (40 hp)
Spindle Torque	617.41 Nm (455 ft-lb)
Spindle Taper	ISO 50 (BT50)
Table Size	2,500 x 950 mm (98 x 37 in)
Table Load Capacity	3,500 kg (7,716 lb)
Rapid Traverse Rate	16 m/min (630 in/min)
Tool Magazine Capacity	30 tools
Machine Weight	23,000 kg (50,706 lb)
CNC Control	Fanuc 0i-Plus with 15" iHMI touchscreen
Max Spindle Speed	6000 r/min
X Axis Travel Distance	2500 mm
Y Axis Travel Distance	950 mm
Metric	IMPERIAL
Travels	X-Axis Travel DistanceY-Axis Travel DistanceZ-Axis Travel Distance
Feed Rates	X-Axis Rapid TraverseY-Axis Rapid TraverseZ-Axis Rapid Traverse
Main Spindle	Max. Spindle SpeedMax. Spindle PowerMax. Spindle Torque
Table	Table LengthTable WidthMaximum Workpiece weight
Dimensions	LengthHeightWidthWeight
Favorites	Mynx 9500

Specifications sourced from dn-solutions.com — verified 2026-03-28

Strengths & Limitations

Strengths

2,500 mm X-travel and 950 mm Y-travel provide an enormous work envelope rivaling some double-column machines
850 mm Z-axis travel is exceptional for a VMC — handles tall parts that normally require a horizontal boring mill
617.41 Nm spindle torque with 30 kW power delivers aggressive material removal on large steel and iron workpieces
3,500 kg table capacity supports major castings and heavy structural components without compromise
23,000 kg machine weight provides massive vibration damping for stable cutting on oversized parts
C-frame design provides better operator access and visibility than enclosed double-column platforms

Limitations

16 m/min rapid traverse is slow — cycle times on tool-change-heavy programs will be longer than on faster platforms
23,000 kg weight requires engineered foundation with significant depth and reinforcement
Massive footprint demands dedicated floor space and overhead crane access for loading large workpieces
6,000 RPM spindle speed is very conservative — not suitable for high-speed or aluminum-focused applications
C-frame overhang at extreme X-travel positions limits heavy cutting at the far ends of the table

Best For

Energy sector manufacturers machining turbine casings, large valve bodies, and generator housings Mining and heavy equipment shops working with large castings, forgings, and structural weldments Die shops handling oversized die sets and large mold bases that won't fit on standard VMCs Shipbuilding and defense contractors machining large structural components and equipment housings Shops replacing aging floor-type boring mills or large bed mills with modern CNC vertical capability

Frequently Asked Questions

01 What does a DN Solutions MYNX 9500 cost?

New machines run $250,000-$350,000 depending on configuration and accessories. That's a fraction of comparable horizontal boring mill prices, which start at $500,000+. Used Doosan-era MYNX 9500 models are rare and command $100,000-$175,000.

02 Should I consider a double-column machine instead?

A double-column provides consistent rigidity across the entire table because the spindle never overhangs the columns. The MYNX 9500's C-frame design has inherent overhang at extreme X positions. For heavy cuts across the entire 2,500 mm table, a double-column is structurally superior. The MYNX 9500 costs less, has a smaller footprint, and provides better operator access.

03 What foundation does the MYNX 9500 need?

At 23,000 kg, you'll need a minimum 12-inch engineered concrete pad, likely with rebar grid and possibly piles depending on soil conditions. DN Solutions provides detailed foundation specs including point-load calculations for each leveling pad. Plan for this during facility layout — it's not a machine you drop on an existing shop floor.

04 How does the 850 mm Z-travel compare to other VMCs?

Most mid-size VMCs offer 510-650 mm of Z-travel. The MYNX 9500's 850 mm puts it in horizontal boring mill territory. This means you can machine tall features, deep bores, and vertical cavities that would require a completely different machine platform on any other VMC.

05 Is the MYNX 9500 practical for a job shop?

Only if your work regularly includes oversized parts. The machine's slow rapids, massive footprint, and heavy foundation requirements make it impractical as a general-purpose VMC. It's a specialty machine for shops that consistently need this envelope. For occasional large parts, subcontracting to a shop with the right equipment is often more economical.