Reference record MBB·5-AXIS-MULTI-AXIS/DN-SOLUTIONS-DOOSAN-DNX-2100 Updated 2026-10-10
Photo: DN Solutions (Doosan) (manufacturer)
+ Compare
Model DNX 2100
Chuck size 8 inch (210 mm)
Max. Turning Diameter 21 inch (520 mm)
Max. Turning Length 43 inch (1100 mm)
Max. Spindle Speed 5000 rpm
Max. Spindle Power 25/20 hp (18.5/15 kw)
Max. Spindle Torque 240 ft-lb (326 N-m)
Length 182 inch (4615 mm)
Height 104 inch (2630 mm)
Width 90 inch (2285 mm)
Weight 23149 lb (10500 mm)
📋
Spec data: Standard (10 fields) · compiled from manufacturer and public sources · reference updated 2026-10-10.
These specifications describe the
model in general . The year, control generation, spindle, and option package of a specific unit may differ — always verify against the actual machine.
Methodology ·
Data sources .
DN Solutions (Doosan)
DNX 2100
From the published model specification. Spindle rating is not the machine’s total connected load; confirm the exact unit’s data plate and electrical drawings.
💰 What's your DN Solutions (Doosan) DNX 2100 worth? — get a free number →
About the DN Solutions (Doosan) DNX 2100 The DN Solutions (Doosan) DNX 2100 is catalogued under 5-Axis & Multi-Axis in The Machine Blue Book CNC machine reference library. This entry documents the machine for identification and education; specifications above are compiled from manufacturer and public sources and describe the model, not a specific unit.
Used market research Research DN Solutions (Doosan) DNX 2100 in the used-machine market directory → — review current and historical seller-source records, then verify availability directly with the originating source.
Related machines Machinery terms
What's your DN Solutions (Doosan) DNX 2100 worth?
Get a real number for your DN Solutions (Doosan) DNX 2100 from a Machine Blue Book specialist — free, no obligation.
Got it — a specialist will email you shortly.
Or email info@themachinebluebook.com . Only a response to this request unless you separately opt in. Privacy · Terms .
Continue the research
Connect the technical answer to the machine decision. Move from definitions and specifications into market evidence, value context and the service paths around the equipment.
