-
Drilling Aluminized Mylar
proportionally. Drilling Aluminized Mylar. This application involves perforating aluminized Mylar(R) film using a Synrad sealed CO2 laser and FH Series marking head. With a specified position accuracy of four ten-thousandths of an inch (0.0004" or 0.01 mm) using our 80 mm focusing lens, the FH head
-
Engineering Films
, and good chemical resistance. Polyester film is made from the PET polymer, principally by Du Pont (Mylar) and ICI (Melinex). The monomer is polymerized, extruded, cast into a web, and biaxially oriented, forming a drawn polyester film. a thermoplastic with low specific gravity,. Engineering Films
-
Medical Device Link .
intricate and difficult parts. The tooling used for the photoetching process is typically an image of the part plotted in emulsion on a Mylar film. This tooling is suitable for most applications. For designs that require extremely tight feature controls, the emulsion is plotted onto a glass plate
-
Cutting LDPE
proportionally. Drilling Aluminized Mylar. This application involves perforating aluminized Mylar(R) film using a Synrad sealed CO2 laser and FH Series marking head. With a specified position accuracy of four ten-thousandths of an inch (0.0004" or 0.01 mm) using our 80 mm focusing lens, the FH head
-
Welding Stainless Steel and Inconel
proportionally. Drilling Aluminized Mylar. This application involves perforating aluminized Mylar(R) film using a Synrad sealed CO2 laser and FH Series marking head. With a specified position accuracy of four ten-thousandths of an inch (0.0004" or 0.01 mm) using our 80 mm focusing lens, the FH head
-
Featured Application: Laser Marking Curved or Cylindrical Surfaces
per minute (2000 inches/minute - IPM), which is the maximum speed of our table. The cut edge is clean and sealed with no discoloration. The laminate sample shown in the second photo consists of a polyester weave bonded to a Mylar film. This material, measuring 0.38-mm (0.015") thick, was cut
-
Superpressure Balloons Reach New Heights
fabric, Mylar film, and polyethylene film bonded with a proprietary formula adhesive from Shell. The balloon is super-pressurized with a cap analogous to a cap on a radiator. Durable composite plastic and fabric materials are being developed to let the ULDB maintain lift, size, and shape, and not react
-
Wired 7.09: Fetish
is the clearest evidence of their sickness. When normal people make studio mikes, they don't manufacture their own screws, coat their own Mylar film with 24-karat gold, and hand-tune each capsule (the part that captures sound) in an anechoic chamber. Not surprisingly, studio engineers covet the Bottle's sound