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Carbon fiber aircraft components


Machine perforated carbon fiber
IKONICS Sees Increase in Aerospace Sales

IKONICS Advanced Material Solutions has resumed support on the A320neo fan case liners. IKONICS AMS provides acoustic benefits through it’s Precision Abrasive Machining (PAM) process. The PAM process is a unique perforation method resulting from the combination of photoresist technology together with technically advanced controlled dry abrasive powder blasting. Read full press release!

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IKONICS Teams-Up with LSC’s Aviation Summer Camp

IKONICS Advanced Material Solutions (AMS) participated in Lake Superior College’s aviation summer camp by providing tours of their facility to the camp’s 15 to 19 year old students. Students walked through the lean manufacturing process associated with Precision Abrasive Machining (PAM) technology. PAM benefits to the Aerospace Industry include acoustic sound and weight reduction. To […]

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IKONICS AMS Registered with Government Program

IKONICS has been given Joint Certification Program DD2345 approval and certification, and is active in the U.S. Federal Government’s System for Award Management (SAM), with a registered CAGE Code of 5Y101. IKONICS AMS is now positioned to provide its Precision Abrasive Machining (PAM) process to US Government programs. PAM is a non-traditional machining method to […]

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Technical Session on Perforating Composite Materials at SAMPE Seattle

IKONICS Advanced Material Solutions is pleased to be presenting a technical paper at the SAMPE SEATTLE show in May. Join Vince Liberi, Technical Manager, and Tim Bergstrom, Senior Application & Sales Rep, with IKONICS AMS on Tuesday, May 23, 2017 at 4:00pm. Vince and Tim will be discussing how to perforate composite materials using innovative […]

IKONICS AMS Welcomes New Hires

  IKONICS welcomes Matt Gildner and Torin Schwartz to the AMS team. Matt and Torin will help with programming our Kuka 6 axis robot used to carry out PAM our nontraditional machining method for composite materials. Our robot allows us to follow the complex geometries associated with some of the parts we machine. The PAM […]