Industrial CNC Machine Directory

DN Solutions PUMA 700 XLY II

$600,000 - $800,000 Updated 2026-03-19
DN Solutions PUMA 700 XLY II CNC Lathes
01

Key Specifications

Spindle Power

55 kW (74 hp)

Max Turn Length

5050 mm

chuck size

24 inch

max turning diameter

750 mm

x axis travel

470 mm (19 in)

y axis travel

200 mm (8 in)

02

Overview

The DN Solutions PUMA 700 XLY II is the extra-long-bed Y-axis variant of the PUMA 700 series — the longest and most capable mill-turn lathe in the 700 lineup. With 5,100 mm (201 in) of Z-axis travel, 5,050 mm (199 in) of max turning length, 900 mm (35 in) swing, and a programmable Y-axis, this machine handles parts that would otherwise require a large horizontal boring mill for combined turning and milling.

The 55 kW (74 hp) spindle pushes 8,076 Nm (5,957 ft-lb) of torque through a 24-inch chuck at up to 1,500 RPM. The 375 mm (14.8 in) spindle bore handles through-bore work on large-diameter tubular components. These specs match every other 700-series variant — the extra-long bed and Y-axis are additive capabilities on the same proven spindle platform.

The Y-axis provides 200 mm (8 in) of off-center travel. With 3,000 RPM live tooling on the 12-station turret and C-axis, you can mill keyways, bolt patterns, flats, and cross-drill holes along parts approaching 5 meters in length. On a turbine shaft or marine propeller shaft that long, the ability to complete all features in a single clamping eliminates cumulative positional errors that plague multi-setup processes.

Rapids are 12 m/min on X, 10 m/min on Z, and 6 m/min on Y. At 26,500 kg (58,423 lb), this is the heaviest machine in the 700 series. The 9,904 mm (390 in) machine length — nearly 33 feet — requires a dedicated bay with overhead crane access and an engineered foundation. Box-way construction across the full 5+ meter bed is the only way to maintain accuracy at these extreme dimensions.

The FANUC 0i-TF Plus control coordinates all axes. The PUMA 700 XLY II is a purpose-built solution for the most demanding heavy industry applications: power generation turbine shafts, marine propulsion components, large mining equipment, and nuclear industry assemblies where 5-meter turning length with Y-axis milling must happen in a single setup. Specs sourced from DN Solutions published data.

03

Full Specifications

Parameter Value
Chuck Size 24 inch
Max Turning Diameter 750 mm
Max Turning Length 5050 mm
X Axis Travel 470 mm (19 in)
Y Axis Travel 200 mm (8 in)
Z Axis Travel 5,100 mm (201 in)
X Axis Rapid Traverse 12 m/min (472 ipm)
Y Axis Rapid Traverse 6 m/min (236 ipm)
Z Axis Rapid Traverse 10 m/min (394 ipm)
Max Spindle Speed 1,500 RPM
Spindle Motor Power 55 kW (74 hp)
Spindle Torque 8,076 Nm (5,957 ft-lb)
Spindle Bore 375 mm (14.8 in)
Turret Stations 12-station turret
Rotary Tool Speed 3,000 RPM
Machine Length 9,904 mm (390 in)
Machine Height 2,855 mm (112 in)
Machine Width 2,955 mm (116 in)
Machine Weight 26,500 kg (58,423 lb)
CNC Control FANUC 0i-TF Plus
Metric IMPERIAL
Capacity Chuck sizeMax. Turning DiameterMax. Turning Length
Travels X-Axis Rapid TraverseZ-Axis Rapid TraverseX-Axis Travel DistanceY-Axis Travel DistanceZ-Axis Travel Distance
Main Spindle Max. Spindle SpeedMax. Spindle PowerMax. Spindle Torque
Turret No. of tool stationRotary Tool r/min
No Of Tool Station Rotary Tool r/min
Dimensions LengthHeightWidthWeight
Favorites PUMA 800XLY II
12 Ea 3000 RPM

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

04

Strengths & Limitations

Strengths

  • 5,050 mm turning length with Y-axis — the longest Y-axis-equipped PUMA 700 available
  • 200 mm Y-axis travel enables comprehensive off-center milling on parts nearly 17 feet long
  • 8,076 Nm torque and 55 kW spindle handle the most extreme cutting loads
  • 375 mm bore passes large tubular stock for through-spindle pipe work with milling capability
  • 26,500 kg mass delivers extraordinary stability across the ultra-long bed
  • Single-setup accuracy eliminates cumulative errors from multi-machine processes on long parts

Limitations

  • 9.9 meter machine length requires a dedicated bay — this is among the largest CNC lathes available
  • 26,500 kg demands the most robust foundation preparation and specialized rigging
  • 10 m/min Z rapids across 5 meters means over 30 seconds per full traverse
  • Highest price in the 700 series — requires consistent heavy mill-turn volume to justify
  • Geometric accuracy verification across 5+ meters requires specialized laser metrology
05

Best For

Power generation manufacturers machining the longest turbine shafts with keyways and bolt patterns Marine and naval shipbuilding — propeller shafts and drive shafts with off-center features Oil and gas industry — long risers, drill strings, and casing with milled connections Steel and paper mill production — process rolls and calendar rolls with drive keyways Nuclear industry component manufacturing requiring single-setup precision on very long assemblies Mining equipment OEMs producing the longest crusher and conveyor shafts with drive features
06

Frequently Asked Questions

01 What is the difference between the PUMA 700 XLY II and the XLM II?

Both have identical spindle, chuck, bed length, and live tooling. The XLM II offers C-axis milling only (on-center features). The XLY II adds a 200 mm Y-axis for true off-center milling. On 5-meter parts, the Y-axis eliminates the most logistically challenging secondary setups in heavy manufacturing.

02 How does the PUMA 700 XLY II compare to a horizontal boring mill?

The 700 XLY II excels at long cylindrical parts — shafts, rollers, tubes — with both turning and milling features. A horizontal boring mill is better for large prismatic parts, deep bored holes, and heavy face milling. For shaft-type work with secondary milled features, the 700 XLY II is more productive due to the turning capability.

03 What does a PUMA 700 XLY II cost?

New machines run $600,000-$800,000 depending on options and configuration. This is the highest-priced PUMA 700 variant, reflecting the extra-long bed and Y-axis. For shops that process consistent volume of long, heavy mill-turn parts, the ROI comes from eliminating secondary operations.

04 How is accuracy maintained over 5 meters?

Box-way construction with precision-scraped surfaces, thermal compensation in the FANUC control, stable environmental conditions, and proper foundation engineering. Laser interferometry verification during installation and periodic leveling checks maintain accuracy over the extreme bed length.

07

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