Polymer Technologies Uses Moldflow PlasticS Insight to Develop Sophisticated Aerospace Component Using Metal Injection Molding Process

WAYLAND, Mass.--(BUSINESS WIRE)--Jan. 7, 2003--Moldflow Corporation (NASDAQ: MFLO), the world leader in process wide solutions for optimizing the design and manufacture of plastic products, today announced that Polymer Technologies, Inc. (PTI) is utilizing Moldflow Plastics Insight(TM) (MPI(TM)) software to analyze a sophisticated part made out of a nickel-based super alloy for a leading aerospace manufacturer using a Metal Injection Molding Process (MIM). MIM is a high-volume, high quality, cost-effective process that helps eliminate secondary machining operations for metal part production. MIM is a unique method of fabricating intricate net shape metal, ceramic, and metal ceramic components using technologies more commonly associated to the plastics industry.

Dr. Jerry LaSalle, PTI's director of MIM operations, and Boris Chernyavsky have been using MPI for several years for tooling design and mold simulation. LaSalle says, "MPI is being used to simulate mold designs before the tool is actually built. The simulations help us determine different gate designs and locations, placement of cooling lines, and melt overflows. MPI allows us to design the tool for maximum compatibility with the MIM feedstock before incurring the expense of a costly tooling mistake or an unacceptable design. It also allows us to troubleshoot. Many of the materials we use are very expensive. Therefore, less time on the production floor working through a problem saves labor and material costs."

Recently, LaSalle and his colleagues used MPI on an aerospace flow body part that directs jet engine exhaust to other parts of the plane such as heating the passenger cabin. He adds, "The part is very difficult to machine. Thus, conventional methodologies would hinder our efforts and likely incur additional costs and headaches. By molding this complex, 1.7-kilogram part to a more nearly net shape, significant machining costs can be saved. MPI simulation was critical in assisting with gate design and prediction of knit lines."

Ken Welch, Moldflow's executive vice-president of marketing and field services, adds, "Clearly, PTI is representative of the increasing number of manufacturers that are using computational and analytical techniques to reduce design time and costs while significantly improving yield and quality. We are quite pleased with PTI's sophisticated approach to product design and development using MPI."

About Moldflow Corporation

Moldflow (NASDAQ: MFLO) is the world's leading provider of software products and services that help increase the speed, efficiency, quality and drive down the cost of the design and manufacture of injection molded plastic products. Companies use Moldflow's complete suite of products to address plastic part design issues at the earliest possible stage as well as to maximize productivity and profitability on the manufacturing floor. Our collaboration with academia, industry and customers around the world has led to a reputation for constant innovation in the complete design-to-manufacture process. Headquartered in Wayland, Massachusetts, Moldflow has offices and research and development centers in the United States, Europe, Australia and the Asia Pacific region. For more information about Moldflow visit www.moldflow.com or call 508-358-5848; fax 508-358-5868.

About Polymer Technologies, Inc.

Located in Clifton, NJ, Polymer Technologies, Inc. (PTI) is an injection molding company that provides research development and plastics manufacturing services to government, aerospace, commercial, and medical markets. The company uses both engineered and commodity-type plastics and metal products. Its services include product design and development, production molding, product assembly, material selection, mold design and construction, engineering support, and metal injection molding (MIM). For more information, visit www.polymertek.com.

Note to editors: Moldflow, MPI and Moldflow Plastics Insight are trademarks or registered trademarks of Moldflow Corporation or its subsidiaries worldwide. All other trademarks are properties of their respective holders.

CONTACT: Moldflow corporate contact:
             Dawn Soucier, 508/358-5848
Email Contact
             Public relations contact:
             Laura Carrabine, 440/247-8653
Email Contact

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