Recently, high-performance thermoplastics have been tapped for specialized 3D printed applications in aerospace and medical markets. When using PEI, it is important to keep the print chamber at an evenly distributed high temperature.

Rapid growth in computing technology has increased demand for higher performing components such as connectors, printed circuit boards and sockets. 3D-MIDs, Molded Interconnect Devices, Plugs, Socket Connectors, Terminal Blocks, Printed Circuit Boards 3D-MIDs, Molded Interconnect Devices, Plugs, Socket Connectors, Terminal Blocks, Printed Circuit Boards

Explore 3D Printing 3D printing is having an impact on our world - learn how it can impact your business today

OFF-ROAD VEHICLE MANUFACTURER S E A T P A N • Consolidate parts to reduce assembly time and lower manufacturing costs • Maintain performance while replacing metal seat pan with lightweight composite material • Aided consolidation of multiple metal parts and fasteners into a single injection molded component, lowering costs $100k year • Saved time and money using FEA validation to confirm real-world performance before building tooling • Created full-size 3D printed prototypes to test fit and function Complēt™ Long Glass Fiber Nylon Composite KEY REQUIREMENTS WHY AVIENT?

PolyOne also will present an update to the unique 3D-MID (three dimensional molded interconnect device) manufacturing technology it highlighted at its stand during Fakuma 2014. By collaborating, PolyOne and selected developers have succeeded in establishing a time- and cost-saving means to produce the 3D-MIDs serving as heat sinks in LED lighting, which could prove an alternative to the complex printed circuit boards now fairly ubiquitous in these applications.

Prints that Perform                                Low-cure ink usually runs smoother when printed fast. Screen Printing Inks: Trouble Printing White Inks?

When printing transfer graphics that have disciplined registration, it is important that all moisture is removed from the paper before the print run commences. Plastisol heat transfers are mostly printed on specially prepared transfer papers.  Finished/printed transfers should be kept in an environment that is not hot or cold.

By engaging with this team early during product design, customers can validate polymer performance with advanced computer-aided simulations and evaluate designs with 3D-printed prototypes.

No, multiple printing techniques can be used, including bath-and-wheel printing, tampon printing, screen printing and gravure marking. Unfortunately, inkjet printing is not possible. Printing can be done inline, after an extruder.

INDUSTRY BULLETIN DISPERSIONS IN HEALTHCARE TECHNOLOGY DESCRIPTION TYPICAL APPLICATIONS Silicone Colorant Dispersions Biocompatible, conformable silicone rubber colorants that deliver lightfastness and aesthetic appeal • 3D medical silicone printing • Anatomical models and surgical guides • External prosthetics and orthotics • Wearable medical devices • Medical ventilation/respiratory masks • Dental and medical tools and equipment • Catheters and tubing • Medical adhesives Silicone Additive Dispersions Silicone additive solutions formulated to provide chemical resistance, durability, and enhanced physical properties Rubber Colorant Dispersions Durable rubber colorants formulated for optimal dispersion and lot-to-lot consistency to promote ease of handling • Medical devices and tools • Vibration and shock control for medical equipment • Drug delivery devices Urethane Colorant Dispersions Versatile urethane colorants that streamline production and enhance quality • Medical packaging • Foam enclosures/support for medical tools and equipment • Medical and surgical devices • Physical therapy tools Epoxy Colorant Dispersions Long-lasting, hygienic epoxy colorants that provide high-cost efficiency, stability, and customization opportunities • Medical adhesives • Healthcare facility floor coatings Vinyl Colorant Dispersions Vinyl colorants developed for applications where dispersion, uniformity, compatibility, and cleanliness are essential • Catheters and tubing • Medical equipment Aqueous Additive Formulations Functional additives stabilized, suspended, and dispersed in water that shorten development cycles, streamline operations, and can be customized to meet specific requirements • Medical gloves • Wound care Electrically Conductive Additives for Silicone Innovative silicone additives to provide high conductivity and lower filler loadings • Wearable medical devices • Neurostimulation electrode pads • Medical tools and equipment Laser Marking Additives for Silicone Dispersions containing laser absorbers and color formers that eliminate the need for secondary etching while promoting chemical resistance, mechanical property retention, and production efficiency • Medical packaging • 3D medical silicone printing • Anatomical models and surgical guides • External prosthetics and orthotics • Medical ventilation/respiratory masks • Medical devices Surface Modification Additives for Silicone Non-oil based silicone additives that reduce tackiness and enhance smoothness of the cured compound • Catheters and tubing • Dental tools and equipment • Medical adhesives • Medical devices, tools, and equipment Self-Bonding Silicone Silicone compounds able to bond to various substrates without prime coating • Medical tools and equipment • Wearable medical devices • Medical packaging This listing represents standard Avient dispersion technologies and addresses common healthcare applications, but we can work with you to explore additional options.