Burr-Free ECG Automatic Tube Cutoff Machine
For the Medical Device Industry

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ACOM-1 Advantages

ACOM-1 Advantages

  • Proprietary cast, non-conductive base, for rigidity, stability, and damping to promote accuracy and repeatability of cut.
  • Integral cast pan constrains fluid flow and extraneous current paths, fostering cleaner work zone and eliminating corrosion.
  • Variable, independent, and programmable clamp force, facilitates short cut length and eliminates thin wall tube deformation.
  • Quick-change fixtures with standard work height eliminate clamp height adjustment.
  • Stainless Steel work enclosure with full view door window and full access work zone permit stock load from left side or front.
  • All axes motion components located outside the wet zone eliminating guide rail and ball-screw exposure to corrosion.
  • HMI (Touch Screen) pendant mounted for convenience of left hand and right hand operators and user interface will support upload and download of programs (recipes).
  • Automatic top of tube recognition regulates stroke length and reduces cut time.
ACOM-1 Specifications

ACOM-1 Specifications

  • Capacity: Ø0.012″ to Ø1.500″
  • Cut Length: 0.060″ to infinity
  • Drop Length: 2.1″
  • Standard Wheel: Ø10 x 0.040″ x Ø3″ Ø12 x 0.060″ x Ø3″
  • Spindle:
    High Speed Ceramic Hybrid Bearings
    Speed Range: 150 – 4000 RPM
    Power: 5 HP with poly V-belt drive
  • Automatic Top of Tube Detection.
  • Jog Rate: 80 Inches/Minute
  • Head Motion: Servo driven ball screw, 0.020″ to 80 Inches/Minute.
  • Work Feed Motion: Servo driven ball screw, 0.1 to 200 Inches/Minute. 11.5″ maximum stroke length.
  • DC Power: 300 A. DC Solid State Supply, 600 A. optional
  • Electrolyte System:
    50 Gal. dual chamber, baffled Stainless Steel Tank.
    Standard metered flow to wheel guard and work clamps.
    Optional programmed flow to wheel guard and work clamps.
  • Fast change V-groove tube holding fixtures with not clamp height adjustment.
  • Pneumatic and programmable tube work holding clamp system permits clamp force reduction on discharge side enabling short cutoff and mitigating thin wall tube deformation.