A CCD camera (Hitachi, Tokyo, Japan) was positioned behind the second mirror with viewing occurring through the objective to monitor the laser micro-machining. Intellisense will assist in the programming. Posi- tioning of the laser was controlled by an Aerotech x-y-z translation stage (Aerotech, Pittsburgh, PA) that was controlled by NView MMI software (Aerotech, Pitts- burgh, PA). Aerotech France: Ph: +33 2 37 21 87 65 Email:. Focusing the laser with an objective lens main- tains the same laser energy, but increases the fluence (laser energy density) by decreasing the spot size. ![]() After passing through the aperture, the laser was focused by a 109 microscope objective to further reduce the spot size at the focal plane. An aperture (A in the schematic) was located past the second mirror to further reduce the laser spot size (Fig. It includes several application-wide features for interfacing with a controller and connected devices, three dedicated workspaces, and many more tools designed to help you succeed. Dielectric mirrors with UV reflective coatings, M1 and M2 in the schematic, reflected the laser light at 45° incident angles to guide the laser to the fabrication stage. The Automation1 Studio application is the main application used to configure, develop, and optimize your motion control system. The federal status of this trademark filing is CANCELLED - SECTION 8 as of Friday. The USPTO has given the NVIEW trademark a serial number of 76349184. ![]() The laser beam was concentrated by telescoping of two fused silica bio- convex lenses, L1 and L2 in the schematic, to create the primary laser spot size. NVIEW is a trademark owned by AEROTECH INCORPORATED and filed on Friday, Decemin the Computer & Software Products & Electrical & Scientific Products category. The source light was a Lambda Physik COMPexPro 201 ArF pulsed excimer laser (Coherent Inc, Santa Clara, CA) operating at 193 nm, 25 ns pulse duration, and 90 mJ at the source. of the electrospun scaffolds was performed by ablation from a pulsed excimer laser (Fig.
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