Case Histories / News Hub

Keep up to date with our latest developments, explore our Case Histories and Press Releases

Filters

CLEAR ALL
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

Filters

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

Addcomp AFP cell at CDCQ used to evaluate thermoplastic composite bike part – presented at CAMX 2024

September 1, 2024

Coming Soon

Wednesday, September 11,San Diego, CA

Visit us at CAMX 2024 – Booth S55

Press Releases

Addcomp “right-sized” robotic AFP cells at CAMX 2024

August 30, 2024

Coming Soon

Come visit us at CAMX 2024 – Booth S55

September 9-12, San Diego, CA

Press Releases

Coming Next

CET Composites

August 9, 2024

Coming Soon

Robot:
AFP-XS toolhead with Fanuc M710 robot (70 kg payload)

Heating:
IR lamp

Options:
7th rotational axis

Higher payload for flexibility to process thermoplastics in the future and additional axis for tape winding.

Robotics

Purdue University

November 15, 2023

Coming Soon

Robot:
AFP-XS toolhead with Fanuc R2000 robot (210 kg payload)

Heating:
Humm3 flash lamp

Options:
7th rotational axis

Higher payload for flexibility to use heavier end of arm tools, plus Humm3 to enable high-temp thermoplastics and additional axis for tape winding.

Robotics

Quebec Composites Development Centre

August 29, 2022

Coming Soon

Robot:
AFP-XS toolhead with Fanuc M710 robot (70 kg payload)

Heating:
IR lamp, hot air

High payload and additional hot air system to enable low-temp thermoplastics.

Robotics

Polytechnique Montreal

Coming Soon

Robot:
AFP-XS toolhead with Fanuc M710 robot (50 kg payload)

Heating:
IR lamp

Flexible system for thermoset prepreg.

Robotics

National Research Council Canada

Coming Soon

Robot:
AFP-XS toolhead with Fanuc M710 robot (70 kg payload)

Heating:
Humm3 flash lamp

Options:
7th rotational axis

Higher payload for flexibility to use heavier end of arm tools, Humm3 to enable high-temp thermoplastics and additional axis for tape winding.

Robotics

bespline

November 30, 2021

Coming Soon

Adaptive Molds:
2040 x 3240 mm (6.7 x 10.7 ft), 350 mm curvature radius min.

Process Options:
Infrared heating, surface heating blankets, ovens 4.0 x 2.0 x 0.4 m capable of 175°C

Materials Processed:
Fiber-reinforced composites, thermoplastics, foam, laminated wood

Adaptive Molds

Curve Works

August 30, 2018

Coming Soon

Adaptive Molds:
3.6 x 1.56 m (11.8 x 5.1 ft), 350 mm curvature radius min. AND 1.2 x 2.4 m (4 x 8 ft), 250 mm curvature radius min.

Process Options:
Heating membrane up to 180°C on the mold, infrared heating panel, UV lightcure, surface heating blankets, 2 ovens 4.0 x 2.0 x 0.4 m capable of 175°C

Materials Processed:
Fiber-reinforced composites, thermoplastics, solid surfaces (Corian, Hi-Macs,Betacryl), laminated wood

Adaptive Molds

Addcomp AFP cell at CDCQ used to evaluate thermoplastic composite bike part – presented at CAMX 2024

September 1, 2024

Wednesday, September 11,San Diego, CA

Visit us at CAMX 2024 – Booth S55

Addcomp “right-sized” robotic AFP cells at CAMX 2024

August 30, 2024

Come visit us at CAMX 2024 – Booth S55

September 9-12, San Diego, CA

bespline

November 30, 2021

Adaptive Molds:
2040 x 3240 mm (6.7 x 10.7 ft), 350 mm curvature radius min.

Process Options:
Infrared heating, surface heating blankets, ovens 4.0 x 2.0 x 0.4 m capable of 175°C

Materials Processed:
Fiber-reinforced composites, thermoplastics, foam, laminated wood

Curve Works

August 30, 2018

Adaptive Molds:
3.6 x 1.56 m (11.8 x 5.1 ft), 350 mm curvature radius min. AND 1.2 x 2.4 m (4 x 8 ft), 250 mm curvature radius min.

Process Options:
Heating membrane up to 180°C on the mold, infrared heating panel, UV lightcure, surface heating blankets, 2 ovens 4.0 x 2.0 x 0.4 m capable of 175°C

Materials Processed:
Fiber-reinforced composites, thermoplastics, solid surfaces (Corian, Hi-Macs,Betacryl), laminated wood

National Research Council Canada

Robot:
AFP-XS toolhead with Fanuc M710 robot (70 kg payload)

Heating:
Humm3 flash lamp

Options:
7th rotational axis

Higher payload for flexibility to use heavier end of arm tools, Humm3 to enable high-temp thermoplastics and additional axis for tape winding.

Polytechnique Montreal

Robot:
AFP-XS toolhead with Fanuc M710 robot (50 kg payload)

Heating:
IR lamp

Flexible system for thermoset prepreg.

Purdue University

November 15, 2023

Robot:
AFP-XS toolhead with Fanuc R2000 robot (210 kg payload)

Heating:
Humm3 flash lamp

Options:
7th rotational axis

Higher payload for flexibility to use heavier end of arm tools, plus Humm3 to enable high-temp thermoplastics and additional axis for tape winding.

Quebec Composites Development Centre

August 29, 2022

Robot:
AFP-XS toolhead with Fanuc M710 robot (70 kg payload)

Heating:
IR lamp, hot air

High payload and additional hot air system to enable low-temp thermoplastics.

CET Composites

August 9, 2024

Robot:
AFP-XS toolhead with Fanuc M710 robot (70 kg payload)

Heating:
IR lamp

Options:
7th rotational axis

Higher payload for flexibility to process thermoplastics in the future and additional axis for tape winding.

Coming Next

Adaptive Molds

Robotics

Case Histories

Press Releases