October is for eating all your candy and sitting on the couch. While we can always count onamazing costumes,candies, and tons of screams during spooky season, there’s one other thing we know we can lo...
October is for eating all your candy and sitting on the couch. While we can always count onamazing costumes,candies, and tons of screams during spooky season, there’s one other thing we know we can lo...
October is for eating all your candy and sitting on the couch. While we can always count onamazing costumes,candies, and tons of screams during spooky season, there’s one other thing we know we can lo...
October is for eating all your candy and sitting on the couch. While we can always count onamazing costumes,candies, and tons of screams during spooky season, there’s one other thing we know we can lo...
October is for eating all your candy and sitting on the couch. While we can always count onamazing costumes,candies, and tons of screams during spooky season, there’s one other thing we know we can lo...
October is for eating all your candy and sitting on the couch. While we can always count onamazing costumes,candies, and tons of screams during spooky season, there’s one other thing we know we can lo...
Optical freeform surfaces have been applied in optoelectronic systems more and more widely, but it is difficult to fabricate this kind of freeform surface
High-fidelity patterning of thin metal films on arbitrary soft substrates promises integrated circuits and devices that can significantly augment the morphological functionalities of freeform electron...
This paper studies distinct features between optimization of conventional and freeform optical systems. Freeform optical systems include lens or mirror surfaces with shapes that have no axis of revolu...
This article originally appeared on the Freeformers blog. “There must be a better way of getting the information I need on a daily basis, without wasting my time searching through emails and notificat...
Freeform optical systems include lens or mirror surfaces with shapes that have no axis of revolution in order to reach better performance in off-axis designs such as Head-Mounted Displays (HMD). They ...
In every imaging, sensing, or photonic system, light meets matter at one critical boundary: the optical surface. These surfaces - flat, curved, or freeform - determine how light is focused, reflected,...
Fast tool servo (FTS) in ultra-precision machining (UPM) is an enabling and efficient technology for fabricating optical freeform surfaces or microstructur
Free-form curve commands in Rhino for Mac offer a range of starting points for organic modeling. In this video, learn how to create freeform curves with a range of precision, combining freehand drawin...
The fabrication of freeform optical components is increasingly demanded in emerging technologies such as augmented reality, imaging systems, and compact sp
Axial flow pump impeller blades are designed with free form surfaces. They need precise forming machining to ensure the hydrodynamic functions of the pump. This paper presents a study to optimize the ...
In every imaging, sensing, or photonic system, light meets matter at one critical boundary: the optical surface. These surfaces - flat, curved, or freeform - determine how light is focused, reflected,...
Electron beam freeform fabrication (EBF3), a wire-fed directed energy deposition additive manufacturing process that enables high deposition rates of non-p
Axial flow pump impeller blades are designed with free form surfaces. They need precise forming machining to ensure the hydrodynamic functions of the pump. This paper presents a study to optimize the ...
Mold design and construction is typically the most time-consuming and costly process in the fabrication of custom freeform product surfaces. Reconfigurable
