Manufacturing Efficiency: Pultrusion is a continuous process that provides benefits over alternative composite manufacturing methods such as high volume output, lower costs, and faster lead times.  This is because of the continuous manufacturing process in which the fiber-reinforced material is pulled through the forming die.  Higher manufacturing component cost: The molds and dies used in pultrusion can be expensive.

Manufacturing Efficiency: Pultrusion is a continuous process that provides benefits over alternative composite manufacturing methods such as high volume output, lower costs, and faster lead times.  This is because of the continuous manufacturing process in which the fiber-reinforced material is pulled through the forming die.  Higher manufacturing component cost: The molds and dies used in pultrusion can be expensive.

Manufacturing Efficiency: Pultrusion is a continuous process that provides benefits over alternative composite manufacturing methods such as high volume output, lower costs, and faster lead times.  This is because of the continuous manufacturing process in which the fiber-reinforced material is pulled through the forming die.  Higher manufacturing component cost: The molds and dies used in pultrusion can be expensive.

But, as the existing tools for this product line neared the end of its life, they had increased occurrences of manufacturing defects. Worked with the mold builder and molder to ensure that design for manufacturing was done. Performed process analysis to validate the designs for molding to avoid manufacturing defects. 

High-Brightness (HB) LED systems are popular with vehicle manufacturers and their customers for good reason. Additional weight, manufacturing challenges and ultimately, higher costs. Case Study LED Manufacturer Innovates and Saves with Polymer Heat Sinks Shift from metal drives improved product line for component manufacturer Read More May 30, 2015

High-Brightness (HB) LED systems are popular with vehicle manufacturers and their customers for good reason. Additional weight, manufacturing challenges and ultimately, higher costs. Case Study LED Manufacturer Innovates and Saves with Polymer Heat Sinks Shift from metal drives improved product line for component manufacturer Read More May 30, 2015

 – NEU Specialty Engineered Materials LLC, a subsidiary of PolyOne Corporation, today introduced NEU™ View Radiopaque Translucent Solutions for catheters at Medical Design & Manufacturing (MD&M) West. In addition, this unique technology increases production efficiency by eliminating the coextrusion process used to manufacture striped catheters, as well as reducing material usage and scrap rates. NEU Specialty Engineered Materials LLC is a leading provider of polymer solutions serving healthcare manufacturers worldwide.

These advanced materials will help increase speed to market and design flexibility for 5G base station antenna manufacturers. Both materials can help 5G base station antenna manufactures to streamline their design and process development. We’re confident that our innovative material solutions and product development support will enable telecom manufacturers to make that expectation a reality.”

When it comes to composite manufacturing, there are hundreds of ways polymer composites can be manufactured depending on the properties, shape, and volume needed for the application. Pultrusion is one way that advanced composite materials can be manufactured. Unidirectional tape is generally manufactured in rolls, allowing long, continuously manufactured lengths of material.

Cesa™ Light Diffusion Additives enable manufacturers to develop consumer-pleasing automotive lighting systems that also meet their needs for manufacturability and cost management. Achieving aesthetics and manufacturing efficiencies with a single Smartbatch solution Molded-in color hides scratches, withstands tough weather and helps you optimize manufacturing efficiency