
PL100i
The PL100i Applicator provides capacity for die-cut adhesive components up to 100 x 100mm in size and is configured specifically for integration with automated assembly systems. Typical placement accuracy is +/- 0.2mm (+/- 0.008”). |
PL100r
The PL100r Feed and Peel System provides capacity for die-cut adhesive components up to 100 x 100mm in size and is configured specifically for integration with external robotic or picker systems. Typical feed accuracy is +/- 0.2mm (+/- 0.008”).To Learn more about the PL100r CLICK HERE. Specialized Tamp Modules for the PL100r/PL100EPr CLICK HERE. |

PL100EPi
The PL100i Applicator provides capacity for die-cut adhesive components up to 100 x 100mm in size and is configured specifically for integration with automated assembly systems. It incorporates our optional EP Package which enhances the system to provide placement accuracy as good as +/- 0.05mm(+/- 0.002”). |
PL100EPr
The PL100r Feed and Peel System provides capacity for die-cut adhesive components up to 100 x 100mm in size and is configured specifically for integration with external robotic or picker systems. It incorporates our optional EP Package which enhances the system to provide placement accuracy as good as +/- 0.05mm(+/- 0.002”).To Learn more about the PL100EPr CLICK HERE. Specialized Tamp Modules for the PL100r/PL100EPr CLICK HERE. |

PL100Cr
The PL100Cr Feed and Peel System is our ‘clean room’ compatible system that provides capacity for die-cut adhesive components up to 100 x 100mm in size and is configured specifically for integration with external robotic or picker systems. Typical feed accuracy is +/- 0.2mm (+/- 0.008”). Also available with the EP option for extreme precision. |
RT90
The RT90 module is available for integration on PL100r and PL100EPr Feed Systems. It is intended for components up to 50 x 50mm in size. This module provides the unique function of removing the adhesive component from the liner on one plane and then rotating the adhesive component 90 degrees to reposition the adhesive component on a plane perpendicular to the peel surface with the exposed adhesive surface facing away from the vacuum chuck. |
RT180
The RT180 module is available for integration on PL100r and PL100EPr Feed Systems. It is intended for components up to 50 x 50mm in size. This module provides the unique function of removing the adhesive component from the liner on one plane and then rotating the adhesive component 180 degrees to reposition the adhesive component in an 'upside down' orientation relative to the peel surface with the exposed adhesive surface facing away from the vacuum chuck. |

PL165i
The PL165i Applicator provides capacity for die-cut adhesive components up to 100 x 165mm in size and is configured specifically for integration with automated assembly systems. Typical placement accuracy is +/- 0.2mm. |
PL165r
The PL165r Feed and Peel System provides capacity for die-cut adhesive components up to 100 x 165mm in size and is configured specifically for integration with external robotic or picker systems. Typical feed accuracy is +/- 0.2mm. |

PL165EPi
The PL165i Applicator provides capacity for die-cut adhesive components up to 100 x 165mm in size and is configured specifically for integration with automated assembly systems. It incorporates our optional EP Package which enhances the system to provide placement accuracy as good as+/- 0.05mm(+/- 0.002”). |
PL165EPr
The PL165r Feed and Peel System provides capacity for die-cut adhesive components up to 100 x 165mm in size and is configured specifically for integration with external robotic or picker systems. It incorporates our optional EP Package which enhances the system to provide placement accuracy as good as +/- 0.05mm(+/- 0.002”). |

PL165Cr
The PL165Cr Feed and Peel System is our ‘clean room’ compatible system that provides capacity for die-cut adhesive components up to 100 x 165mm in size and is configured specifically for integration with external robotic or picker systems. Typical feed accuracy is +/- 0.2mm (+/- 0.008”). Also available with the EP option for extreme precision. |