Velocity Composites achieves recertification globally
AS9100D and AS9120B accreditation across Velocity’s three manufacturing sites in the U.K. and U.S. reinforce quality service to aerospace and defense customers.
Aerospace composites manufacturer Velocity Composites (Burnley, U.K.) has been recertified for two quality management standards across all three manufacturing sites in the U.K. and U.S.
The company has passed AS9100D and AS9120B accreditation across all of its sites including Tallassee, Alabama, which has successfully completed its first required recertification since its opening 18 months ago.
“The continued certification reinforces our commitment to continually improve our processes and technology to strive for zero defects and sustain an exceptional service for our customers,” Matt Archer, Velocity chief commercial and compliance officer of Velocity Composites, says. “All of our sites are designed to achieve the same high, consistent levels of compliance with specific industry-quality approvals which our customers have come to expect.”
Based in Burnley, U.K., with sites at Fareham and Hampshire in the U.K., and Tallassee in the U.S., Velocity Composites is a supplier of composite material kits to aerospace and other high-performance manufacturers that reduce costs and improve sustainability. Customers include Airbus, Boeing, Safran and GKN Aerospace.
The AS9100D accreditation is the most recent standard for organizations that develop or provide aviation, space and defense products and services, including parts, components and assemblies.
AS9120B is the aerospace industry-specific standard for distributors. This includes companies that resell, use a warehouse or distribute parts for aircraft manufacturers.
Velocity Composites manufactures carbon fiber and ancillary material kits for use in the aerospace and associated industries. It uses its process knowledge and proprietary software to manage the end-to-end raw material supply chain, reduce the amount of material required by its customers and reduce the associated material waste when making aircraft parts.
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