Electroimpact launches plug-and-play AFP system
Automation and automated fiber and tape placement specialist Electroimpact has introduced Scorpion, a new modular plug-and-play automated fiber placement (AFP) system designed for research and laboratory applications.
Electroimpact Scorpion automated fiber placement system. Photo Credit: Electroimpact
Automation and automated fiber and tape placement specialist Electroimpact (Mukilteo, Wash., U.S.) has introduced Scorpion, a new modular plug-and-play automated fiber placement (AFP) system designed for research and laboratory applications. Electroimpact calls Scorpion an AFP4.0 system that includes a Fanuc M-900iB/700 robot, a four-lane 0.25-inch AFP head, a 3 x 1.5-meter flat vacuum charge table, a laser safety enclosure and operator interface.
Electroimpact Scorpion automated fiber placement system inside enclosure with vacuum table.
Photo Credit: Electroimpact
The AFP head , which can lay down thermoset or thermoplastic prepreg fiber or dry fiber, features servo-powered creels and offers a two-segment eye-safe laser or a four-segment high-output laser. Speed capabilities include 100 m/min initial feed, 75 m/min refeed and 75 m/min cut. Standard in-process inspection covers tow ends and process errors; optional inspection technologies cover laps/gaps, foreign object debris (FOD) and backer detection. System expansion options include a part rotator, eight- or 16-lane head and 0.125- or 0.5-inch tows.
Related Content
-
TAVieDA project team cuts aircraft door production time using thermoplastic composites, welding
Fraunhofer groups, Trelleborg and Airbus develop modular, fully automated assembly system concept to replace metals and time-consuming assembly that shows potential for scalability.
-
AES explores robot vs. gantry for large-format additive manufacturing
Additive Engineering Solutions, specialist at 3D printing very large parts and tools on gantry machines, now also uses a robot for large-format AM. Here is how the robot compares.
-
SAM XL demonstrates closed-loop digital methodologies via full-size aerocomposite parts development
PeneloPe Project’s modular, zero-defect manufacturing deliverables are being highlighted in an upcoming video that demonstrates the resulting aerospace pilot line’s feasibility.
