DN Solutions VM 5400

$120,000 - $190,000 Updated 2026-03-12

Key Specifications

X Travel

1,020 mm (40 in)

Y Travel

540 mm (21 in)

Z Travel

530 mm (21 in)

Max Spindle

12,000 RPM

Spindle Taper

BIG-PLUS CAT 40 (BT40)

Tool Capacity

30 (40, 60 optional)

Overview

The DN Solutions VM 5400 is a high-rigidity vertical machining center purpose-built for die and mold applications where surface finish quality and geometric accuracy are paramount. With 1,020 x 540 x 530 mm (40 x 21 x 21 in) of travel and a low-vibration built-in spindle turning at 12,000 RPM, the VM 5400 bridges the gap between general-purpose VMCs and dedicated die/mold machines. The 1,200 x 540 mm (47 x 21 in) table supports 800 kg (1,764 lb), providing ample capacity for medium-sized mold blocks and die inserts.

The built-in spindle is the VM 5400's defining feature—eliminating the belt or gear drive found in conventional VMCs removes a significant source of vibration, delivering smoother cutting and better surface finishes directly off the machine. At 15.6 kW (21 hp) with 165.5 Nm (122 ft-lb) of torque, the spindle has enough muscle for steel roughing while the 12,000 RPM speed enables efficient aluminum and finishing work. Rapid traverse rates of 30 m/min (1,181 ipm) on X/Y and 24 m/min (945 ipm) on Z keep cycle times competitive.

At 7,000 kg (15,432 lb), the VM 5400 is built on a Meehanite cast iron bed with wide roller linear guideways that provide both rigidity and smooth axis motion. The machine competes with the Mazak VCN-530C, Makino F5, and Okuma GENOS M560-V in the die/mold VMC segment. The FANUC 0i-Plus control supports high-speed machining strategies with AICC (AI Contour Control) and Nano Smoothing for superior surface quality on complex 3D contours. For shops that need a step up from general-purpose VMCs for precision mold and die work, the VM 5400 delivers the spindle quality and structural rigidity that matter most.

Full Specifications

Parameter	Value
X-Axis Travel	1,020 mm (40 in)
Y-Axis Travel	540 mm (21 in)
Z-Axis Travel	530 mm (21 in)
Max Spindle Speed	12,000 RPM
Spindle Motor Power	15.6 kW (21 hp)
Spindle Torque	165.5 Nm (122 ft-lb)
Spindle Taper	BIG-PLUS CAT 40 (BT40)
Spindle Type	Built-in (direct drive)
Tool Capacity	30 (40, 60 optional)
Tool Change Time	1.3 sec (tool-to-tool)
Table Size	1,200 x 540 mm (47 x 21 in)
Table Load Capacity	800 kg (1,764 lb)
Rapid Traverse Xy	30 m/min (1,181 ipm)
Rapid Traverse Z	24 m/min (945 ipm)
Guideway Type	Roller linear guideways
Machine Weight	7,000 kg (15,432 lb)
Machine Dimensions	2,444 x 3,350 x 3,012 mm (96 x 132 x 119 in)
CNC Control	FANUC 0i-Plus with iHMI
Max Spindle Speed	12000r/min
X Axis Travel Distance	1270mm
Y Axis Travel Distance	670mm
Metric	IMPERIAL

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

Strengths & Limitations

Strengths

Built-in direct-drive spindle eliminates belt/gear vibration for superior surface finish quality straight off the machine
12,000 RPM speed with 165.5 Nm torque provides excellent versatility for both roughing and high-speed finishing in die/mold work
Generous 1,020 mm X-travel handles larger mold blocks than many competing die/mold VMCs in this class
FANUC AICC and Nano Smoothing deliver smooth contour machining on complex 3D surfaces without post-machining polishing
Meehanite cast iron construction with wide roller guideways provides long-term geometric stability

Limitations

540 mm Y-travel can be limiting for wider mold base work—the VM 6500 offers 670 mm for larger parts
30 m/min rapid traverse is adequate but slower than high-speed machines (48-60 m/min) in this class
Built-in spindle replacement is more complex and costly than belt-drive spindle service
No box guideway option for shops that prefer the damping characteristics of box ways for heavy roughing

Best For

Die and mold shops where surface finish quality and geometric accuracy are the primary requirements Shops machining complex 3D contours in hardened steel that benefit from vibration-free built-in spindle operation Production environments requiring consistent part quality across long machining cycles Facilities upgrading from general-purpose VMCs to dedicated die/mold capability without the price of premium machines like Makino or Yasda

Frequently Asked Questions

01 What does a DN Solutions VM 5400 cost?

A new DN Solutions VM 5400 typically runs between $120,000 and $190,000 depending on configuration. The base machine with 12,000 RPM built-in spindle and 30-tool ATC starts around $120,000-$140,000. Adding through-spindle coolant, touch probing, chip conveyor, and thermal compensation pushes pricing to $150,000-$170,000. A fully loaded machine with 60-tool ATC, high-pressure coolant, and 4th axis prep reaches $175,000-$190,000.

02 What is a built-in spindle and why does it matter for die/mold work?

A built-in (direct-drive) spindle integrates the motor directly into the spindle cartridge, eliminating belts or gears that transmit vibration. In die/mold work, even minor vibration creates visible lines on machined surfaces that require costly hand polishing. The VM 5400's built-in spindle runs smoother than belt-drive alternatives, producing better surface finishes directly off the machine—saving significant time in the mold polishing department.

03 How does the VM 5400 compare to the Makino F5?

Both are purpose-built die/mold VMCs with built-in spindles. The Makino F5 is considered a premium machine with higher speed capability (20,000 RPM standard) and Makino's SGI.5 surface quality technology, but costs significantly more ($250,000-$350,000). The VM 5400 delivers 80% of the Makino's capability at roughly 60% of the price, making it an excellent value for shops that need die/mold quality without the Makino price premium.

04 Can the VM 5400 machine hardened steel?

Yes. The VM 5400's rigid construction and built-in spindle make it well-suited for machining pre-hardened and hardened steels (up to 60 HRC with appropriate tooling). The 12,000 RPM spindle provides the speed needed for small-diameter end mills and ball nose cutters used in hard milling. Through-spindle coolant or air blast is recommended for chip evacuation in deep cavities.