How to deposit 0.0001cc and more
The DV509 pneumatic diaphragm valve is suitable for medical applications...
Think slip clutches for soft starts
A slip clutch can often solve motion problems for medical-equipment designers at a lower cost and while lasting longer than alternate methods. ...
A closer look at 5-axis machining
Wire EDM and milling machines with multiple axes can make complex parts in a single setup. This boosts production, slashes labor costs, while giving a...
Troubleshooting extrusions
High resin costs and requirements that medical parts comply with Six Sigma standards demand the use of statistics to help control the extruding of thermoplastics, whether film, pipe, coating, or profiles....
Don't machine metal parts build them
A rapid-manufacturing technology called direct metal laser sintering (DMLS) builds solid metal parts directly from powdered metals, complimenting or sometimes...
Small machines for small parts
Several manufacturing operations are available for the fabrication of micro parts, components with feature sizes less than 1 mm. Such operations include...
FEA builds better MEMS
Miniature analysis systems, or labs-on-a-chip, work in little time and need only small quantities of samples and reagents to deliver high-resolution results....
Webcast takes a closer look at rapid manufacturing
To shed light on new manufacturing options, RedEye RPM, a business unit of Stratasys Inc. invited rapid-prototyping consultant Todd Grimm to discuss different...
Selecting A CM For Micromolding
Mention micro-molding to most designers and they'll likely think “small parts.” For all practical purposes, the association is correct. But it ignores the complexity of molding parts that are smaller than you might imagine....
How to mold with 0 PPM quality
Like any other medical manufacturing process, plastic injection molding must hold to rigorous standards of cleanliness and accuracy. Our company uses what we call the special “Scientific Manufacturing Assures Reliable Throughput” or Smart method. A conventional use of scientific molding rarely goes beyond cavity-pressure monitoring. ...
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