• Contact
empowering-technologies-logoempowering-technologies-logo
  • Company
    • Company
    • About us
    • Our group
    • Project approach
    • Terms and conditions
  • Metal
    • Metal
    • The STRESSONIC® peening technology
    • Ultrasonic Shot Peening
      • Ultrasonic Shot Peening
      • Ultrasonic Shot Peening Process
      • Portable Shot Peening Equipment
      • Automated Shot Peening Machine
    • Ultrasonic Peen Forming
      • Ultrasonic Peen Forming
      • Ultrasonic Peen Forming Process
      • Portable Peen Forming Equipment
    • Ultrasonic Impact Treatment
      • Ultrasonic Impact Treatment
      • Ultrasonic Impact Treatment Process
      • Portable Impact Treatment Equipment
    • Peening Services
    • Robotized sanding
      • Robotized sanding
      • Robotic Sanding Process
      • Sanding robot
    • Robotized trimming
      • Robotized trimming
      • Trimming process
      • Trimming robot
    • Robotized deburring
      • Robotized deburring
      • Deburring process
      • Deburring robot
  • Composite
    • Composite
    • Robotized Acoustic Micro Drilling
      • Robotized Acoustic Micro Drilling
      • Acoustic Drilling Process
      • Drilling robot
    • Robotized Sanding
      • Robotized Sanding
      • Robotic Sanding Process
      • Sanding robot
    • Robotized trimming
      • Robotized trimming
      • Trimming Process
      • Trimming robot
    • Robotic Platform and technical support
    • Ultrasonic Cutting
      • Ultrasonic Cutting
      • Ultrasonic Cutting Process
      • SSP – Portable Equipment
      • Automated Ultrasonic Cutting Solution
    • Automated insert placement
  • Thermoplastics
    • Thermoplastics
    • Hot plate & Infrared welding
      • Hot plate & Infrared welding
      • Hot Plate Welding Process
      • Infrared Welding Process
      • HPW – Automated Solution
    • Spin Welding
      • Spin Welding
      • Spin Welding Process
      • RSW – Automated Solution
  • Sectors
    • Sectors
    • Aeronautics
    • Automotive
    • Energy
    • Heavy Industry
    • Infrastructures
    • Railways
    • Ship Building & Repair
  • News
    • News
    • News
    • Trade shows and events
  • Downloads
  • Contact
EMPOWERING TECHNOLOGIES - 2020 EMPOWERING TECHNOLOGIES - 2020
  • Company
    • About us
    • Our group
    • Project approach
    • Terms and conditions
  • Metal
    • The STRESSONIC® peening technology
    • Ultrasonic Shot Peening
      • Ultrasonic Shot Peening Process
      • Portable Shot Peening Equipment
      • Automated Shot Peening Machine
    • Ultrasonic Peen Forming
      • Ultrasonic Peen Forming Process
      • Portable Peen Forming Equipment
    • Ultrasonic Impact Treatment
      • Ultrasonic Impact Treatment Process
      • Portable Impact Treatment Equipment
    • Peening Services
    • Robotized sanding
      • Robotic Sanding Process
      • Sanding robot
    • Robotized trimming
      • Trimming process
      • Trimming robot
    • Robotized deburring
      • Deburring process
      • Deburring robot
  • Composite
    • Robotized Acoustic Micro Drilling
      • Acoustic Drilling Process
      • Drilling robot
    • Robotized Sanding
      • Robotic Sanding Process
      • Sanding robot
    • Robotized trimming
      • Trimming Process
      • Trimming robot
    • Robotic Platform and technical support
    • Ultrasonic Cutting
      • Ultrasonic Cutting Process
      • SSP – Portable Equipment
      • Automated Ultrasonic Cutting Solution
    • Automated insert placement
  • Thermoplastics
    • Hot plate & Infrared welding
      • Hot Plate Welding Process
      • Infrared Welding Process
      • HPW – Automated Solution
    • Spin Welding
      • Spin Welding Process
      • RSW – Automated Solution
  • Sectors
    • Aeronautics
    • Automotive
    • Energy
    • Heavy Industry
    • Infrastructures
    • Railways
    • Ship Building & Repair
  • News
    • News
    • Trade shows and events
  • Downloads
  • Contact

SONIBLADE – Automated Ultrasonic Cutting Solution

  • Home
  • >
  • Composite Manufacturing
  • >
  • Ultrasonic Cutting
  • SONIBLADE – Automated Ultrasonic Cutting Solution

Automated Ultrasonic Composite Cutting Machine

Our sister company SONIMAT’s ultrasonic process offers many benefits in shaping composites:

  • No fraying – Cutting effort reduced for blades and discs
  • No chipping
  • No heat deterioration
  • Increased tool life time

Our composite cutting technology can be embedded on CN machine, cutting table and robot cell.

HOW DOES IT WORK?

Our generator sends an ultrasonic signal to the end-effector which converts it into a mechanical vibration up to 40,000 Hz.

To know more about our automated ultrasonic cutting solution, download our flyer

I download

SONIBLADE –  End-effectors range for ultrasonic composite cutting and surfacing

SONIBLADE L

Effecteur Disque Ø63 - L

End-effector for cutting and surface machining on robots and CNC machines 

  • Blade length from 30mm up to 125mm and Discs diameter form 18.3mm up to 63mm – extended disc available
  • Manual or automated connection depending on customers requirements
  • Attachement/Tool holding HSK, MORSE or BT  (ultrasonic and pneumatic connection/rotating union)
  • Parameters automatic transfer
  • Dimensions : H 375mmmm (effector only, without blade)
  • Materials : honeycomb core (nomex, Kevlar, aluminium, composite, foam)

SONIBLADE M

Lame 35 - M

End-effector for cutting on robots and CNC machines 

  • Blade length from 4mm up to 35mm
  • Manual, rotating or automated connection depending on customers’ requirements
  • Attachement depending on customers’ requirements
  • Dimensions : H 348mmmm (effector only, without blade)
  • Materials : dry fiber, prepreg, elastomer and honeycomb

SONIBLADE T

End-effector for cutting on XY table 

  • Blade length from 4mm up to 15mm
  • Rotative connection
  • Slip ring 40mmm diameter
  • Dimensions : H 350mm (effector only, without blade)
  • Materials : dry fiber, prepreg, elastomer and honeycomb
  • Speed up to 70m/min

SONIBLADE S

End-effector for cutting ATL/AFP robots and machines   

  • Blade length from 4mm up to 8mm
  • Mechanical clamping area
  • Dimensions : H 160mm (effector only, without blade)
  • Materials : dry fiber and prepreg

The most compact ultrasonic device on the market

composite cutting machine xy table

Ultrasonic cutting on XY Table

Ultrasonic-cutting-of-carbon-fiber-prepeg-(15mm) | EMPOWERING TECHNOLOGIES

Ultrasonic cutting of carbon fiber prepreg (15mm)

Ultrasonic-cutting-of-glass-fiber-prepreg-(15mm) | EMPOWERING TECHNOLOGIES

Ultrasonic cutting of glass fiber prepreg (15mm)

Do you need more information about our SONIBLADE equipment ? Download our brochure!

Access to all our download resources

Downloads area

  • Company
    • About us
    • Our group
    • Project approach
    • General Data Privacy Policy
  • Metal
    • The STRESSONIC® peening technology
    • Ultrasonic Shot Peening Process
      • Portable Shot Peening Equipment
      • Automated Shot Peening Machine
    • Ultrasonic Peen Forming Process
      • Portable Peen Forming Equipment
    • Ultrasonic Impact Treatment Process
      • Portable Impact Treatment Equipment
    • Peening Services
    • Robotic Sanding Process
      • Sanding robot
    • Trimming Process
      • Trimming robot
  • Composite
    • Acoustic Drilling Process
      • Drilling robot
    • Robotic Sanding Process
      • Sanding robot
    • Trimming Process
      • Trimming robot
    • Ultrasonic Cutting Process
      • SSP – Portable Equipment
      • SONIBLADE – Automated Ultrasonic Cutting Solution
    • Automated insert placement
  • Thermoplastics
    • Infrared Welding Process
    • Hot Plate Welding Process
      • HPW – Automated Solution
    • Spin Welding Process
      • RSW – Automated Solution
  • Sectors
    • Aeronautics
    • Automotive
    • Energy
    • Heavy Industry
    • Infrastructures
    • Railways
    • Ship Building & Repair
  • Liens
    • News
    • Downloads
    • Contact
    • Terms and conditions

© 2019 Empowering Technologies - All Rights Reserved. 
Design by Wiboo. | Legal Notices

print "\n";