NORDSON PBA

Unity™ 3XP PLUS, 4XP, 4XP PLUS

Nordson’s vision-guided Unity 3XP PLUS, 4XP and 4XP PLUS semi-automated systems are specifically designed and configured for precise hot melt dispensing using Nordson Unity dispensing systems.

4XPPJ300

Overview

Specialized UNITYMotion™ software and integrated vision and laser height sensing capabilities make Unity automated systems quick to set up and easy to program. True three-dimensional motion control allows easy programming of dots, lines, circles, arcs, and compound arcs. Additionally, linear encoders provide precise bead placement while the smart CCD camera and optional laser height sensing systems that automatically adjust programs to compensate for both surface height changes and variations in product orientation.

Below, are additional available options:

  • Laser kits featuring clear and opaque surface reflective
  • Laser height detection

Features

UNITYMotion icon-based software simplifies setup and programming with advanced vision features

On-screen preview of the dispensing path facilitates programming

Closed-loop feedback with precision laser non-contact sensing

Vision based bead compensation adjusts for changing viscosity materials

Reinforced X axis increases system rigidity and improved accuracy

Fully mapped work area with correction table increase fluid placement accuracy

Easy-to-use .dxf file conversion to program path

Benefits

Faster startup to introduce automation

Easy-to-use visual programming means operators learn quickly

Improved product quality with more precise, accurate dispensing

Consistent adhesive volume output of changing viscosity materials

Increased production in reduced process time

Higher yields and production quality lead to reduced production cost, material waste and cost of ownership

Smart vision allows programming paths not possible with pendant based systems

Better dispensing due to precise control over tip to substrate gap with laser height sensing capabilities

DATA SHEET

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Unity 4XP Automated Dispensing Systems