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Cyclone Logo

A workhorse for multi-axis production winding is the Cyclone.

The Cyclone can be configured with 3 to 6-axes of computer controlled motion and employs all digital AC servo technology.

The Cyclone is also driven by our powerful Windows® based Flexwind control and Composite Designer pattern development software and is well optioned to meet your specific winding requirements.

 
Cyclone Brochure

Cyclone Filament Winder

  • 3 to 6-axes of Computer-Controlled motion
  • All Digital AC Servo Technology
  • Modular Horizontal Carriage Bed
  • Helical Rack and Pinion Drive Systems
  • Can be configured with multiple spindles

  Specifications   Options
 
• Spindle - Mandrel Rotation 
  Axis-1

Diameter Range.........
Spindle Capacity........
Number of Spindles....
1,2,3 or 4m [39 - 157"]
std 2721 kg [6,000 lbs] up to 22,680 kg [50,000 lbs]
1-3
 
• Horizontal Carriage
  Axis-2

Carriage Stroke..........
Maximum Speed........
Carriage Capacity.......
2.2 - 35.2m [87 1,386"]  Note: 3m increments
1 m/sec [200 ft/min]
227 kg [500 lbs]
• Cross-feed
  Axis-3

Carriage Stroke..........
Maximum Speed........
Carriage Capacity.......
std 760 mm [30"] up to 3000 mm [118"]
1 m/sec [200 ft/min]
227 kg [500 lbs]
• Eye Rotation
  Axis-4 (optional)

Stroke.......................
Maximum Speed........
Inside Diameter..........
± 180 degrees
150 RPM
254 mm [10"]

 

• Eye Yaw
  Axis-5 (optional)
Stroke.......................
Maximum Speed........
± 95°
360° / sec
 
• Elevation
  Axis-6 (optional)
Stroke.......................
Maximum Speed........
± 380mm [15"]
1 m/sec [125 ft/min]
  Machine Control
McClean Anderson's Flexwind machine control system is a PC based system that makes filament winding simpler, faster and more accurate.  Since the system is PC-based, users can develop and edit programs right at the control with Composite Designer part development software - even while winding! 
   
  Software
McClean Anderson's Composite Designer is an advanced offline software programming tool used for designing and modeling complex filament wound structures. During part program development, winding simulations can be rendered with ease, allowing the users to analyze a multitude of winding scenarios in a matter of seconds.
   
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