Overview
We specialize in the design of products as well as advanced development of injection molding, extrusion, blow molding, thermoforming, thermal imprinting, and hybrid processes.
Advanced capabilities include:
- 1) product design for manufacturing with Six Sigma and robust design methodologies,
- 2) simulation: structural, thermal, processing, couple field, and finite element programming,
- 3) process instrumentation, analysis, and control,
- 4) mold/tool design, auxiliaries development, and machine design.
News
Lean Plastics ManufacturingThe lean plastics manufacturing course is again being offered this spring of 2010. The evening course provides an analytical & systems view to plastics operation management. Four Harvard case studies andf a student project will assist the internalization of course concepts. Enrollment is being increased to meet student demand. MORE |
Thermal Imprinter Commissioned
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Plastics Manufacturing
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2010 SPE Process Monitoring & Control Special Interest GroupAbstract submissions are due September 4th for the Society of Plastics Engineers' Annual Technical Conference, May 16-20, 2008 in Orlando, Florida. The goal of the Process Monitoring & Control Special Interest Group is to understand the process behavior and the development of process models, monitors and sensors; and provide a forum for the discussion of measurement science used by polymer processors to overcome challenges faced in the pursuit of improved product quality and productivity. MORE |
2010 PPS Process Monitoring, Control, & Sensors SymposiumJoin us at the process monitoring symposia in Banff, Alberta, Canada from July 4-8th, 2010. The intent is to provide a mechanism and format for interaction and presentation of research results in the international polymer processing community. Paper submissions are will be due in the Fall. MORE |
Injection Mold Design Engineering Book Update
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A
thermal imprinter has been designed, commissioned, and tested as
part of the 26.404 Process Control course. Capabilities include
profiling of upper and lower stamp temperatures, clamp force, PID
tuning, and data acquisition.
This
book provides a vision and structure to integrate all the
engineering disciplines that converge in the development of plastics
manufacturing processes and systems. It was written to help students
and practitioners to understand the inner workings of their
processes to thereby develop innovative and highly competitive
manufacturing processes.
This
book provides a vision for engineering mold design. The topics are
presented in a top down manner, starting with the “big picture”
before proceeding to layout and detailed design of molds. The book
provides pragmatic analyses with worked examples that can be readily
adapted to “real world” mold design applications.