DN Solutions DBM 2030

$500,000 - $750,000 Updated 2026-03-19

Key Specifications

Table Size

3,000 x 1,500 mm (118 x 59 in)

x axis travel

3,250 mm (128 in)

y axis travel

2,500 mm (98 in)

z axis travel

1,100 mm (43 in)

spindle torque

1,009 Nm (744 ft-lb)

tool magazine capacity

40 tools

Overview

The DN Solutions DBM 2030 is a W-axis crossrail double-column machining center built for versatile die, mold, and heavy-component machining. The W-axis is the key differentiator here — it adds a vertical crossrail movement independent of the Z-axis, giving you extra depth adjustment without repositioning the workpiece or running out of Z-travel. This matters when you're switching between deep-cavity roughing and surface finishing on large mold blocks.

Travel comes in at 3,250 x 2,500 x 1,100 mm with a 3,000 x 1,500 mm table. The spindle delivers 1,009 Nm of torque — a step up from the BM-series 420 Nm units — making the DBM 2030 better suited for heavy material removal in cast iron and tool steel. The 40-tool magazine handles multi-operation jobs without intervention.

The auto-change attachment system is what pushes this machine into a different category from standard double-column VMCs. You can swap between different head configurations — high-speed heads for finishing, high-torque heads for roughing, angular heads for reaching into tight spaces — all automatically. DN Solutions' DSQ I/II/III functions provide specialized cycles for die spotting, quill operations, and precision contouring. At roughly 6,730 mm long and 8,800 mm wide, the DBM 2030 occupies a mid-size footprint for a W-axis double-column machine. It's the entry point into DN Solutions' versatile DCM/DBM platform that scales all the way up to machines handling 45-ton workpieces.

Full Specifications

Parameter	Value
X Axis Travel	3,250 mm (128 in)
Y Axis Travel	2,500 mm (98 in)
Z Axis Travel	1,100 mm (43 in)
Spindle Torque	1,009 Nm (744 ft-lb)
Table Size	3,000 x 1,500 mm (118 x 59 in)
Tool Magazine Capacity	40 tools
Machine Length	6,730 mm (265 in)
Machine Width	8,800 mm (346 in)
X Axis Travel Distance	3250 mm
Y Axis Travel Distance	2500 mm
Z Axis Travel Distance	1100 mm
Metric	IMPERIAL
Capacity	Table to spindle nose
Travels	X-Axis Travel DistanceY-Axis Travel DistanceZ-Axis Travel Distance
Main Spindle	Max. Spindle SpeedMax. Spindle Torque
Max Spindle Speed	Max. Spindle Torque
Table	Table LengthTable Width
Table Length	Table Width
Tool Storage Capacity	No. of tool station
Dimensions	LengthWidth
Length	Width
Favorites	DBM 3080
1500 Mm	3000 mm
59 Inch	118 inch
6730 Mm	8800 mm
265 Inch	346 inch
6000 R Min	1009 N·m
6000 Rpm	744 ft-lb
2000 Mm	5000 mm
79 Inch	197 inch
7430 Mm	13000 mm
293 Inch	512 inch
2500 Mm	8000 mm
98 Inch	315 inch
8600 Mm	19500 mm
339 Inch	768 inch

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

Strengths & Limitations

Strengths

W-axis crossrail provides independent vertical adjustment, extending effective Z-depth for deep-cavity work
1,009 Nm spindle torque handles aggressive roughing in cast iron and tool steel better than BM-series machines
Auto-change attachment system swaps between roughing, finishing, and angular heads without manual intervention
DSQ I/II/III functions provide specialized die spotting and precision contouring cycles
40-tool magazine covers multi-operation mold and die machining runs
Entry-level pricing for the DBM/DCM W-axis platform that scales to much larger machines

Limitations

W-axis crossrail adds mechanical complexity compared to fixed-crossrail BM-series designs
Some specs not fully published — verify spindle speed and machine weight with your dealer for specific configurations
Auto-change attachments add to the acquisition cost and require periodic maintenance
Larger footprint than fixed-crossrail alternatives with similar X-Y travel

Best For

Mold shops needing deep-cavity capability that fixed-crossrail bridge mills can't reach Die makers producing large progressive dies and transfer dies requiring multiple head configurations Shops that need roughing-head and finishing-head flexibility in a single machine Contract manufacturers handling diverse large-part work that benefits from auto-change attachments Any mold/die operation outgrowing fixed-crossrail machines and needing W-axis versatility

Frequently Asked Questions

01 What does the DN Solutions DBM 2030 cost?

New DBM 2030 W-axis double-column machining centers typically run $500,000-$750,000 depending on head attachments, tooling, and configuration. The auto-change attachment system adds cost but delivers significant productivity gains on diverse work.

02 What is the W-axis and why does it matter?

The W-axis is an independent vertical movement of the crossrail (the horizontal beam that carries the spindle head). It lets you adjust the spindle's baseline height without using Z-axis travel, effectively extending your reach into deep cavities. On a fixed-crossrail machine, Z-travel is all you get.

03 What are the DSQ functions?

DSQ I/II/III are DN Solutions' proprietary machining functions. DSQ I handles die spotting operations, DSQ II provides quill-feed boring cycles, and DSQ III adds precision contouring algorithms. They're optimized for die and mold work and built into the machine's control.

04 How does the DBM 2030 compare to the DBM 2550?

The DBM 2550 jumps to 5,250 x 3,000 mm travel with a 5,000 x 2,000 mm table. It's for shops machining significantly larger molds and dies. The DBM 2030 covers medium-to-large work at a lower price point and smaller footprint.