Manufacturing Engineering levers on the latest software planning tools to be reactive to the customer's requirements. The company's engineering right-first-time philosophy delivers dependable planning schedules to the production hall. This, coupled to SMED, ensures error-free entry into the manufacturing phase.

New England Airfoil Products, Inc. has manufactured aircraft products since 1955 to support both civil and defense applications. It's evolution into the marketplace of today recognizes the challenges and ever-changing technologies required to support the world's leading OEM's.

New England Airfoil Products, Inc. delivers vertically integrated products supported by its trusted supply chain to meet the customer's needs. Today, advanced supply chain management is a fundamental tool supporting the ability to provide engine ready parts meeting all customer Quality, Cost and Delivery requirements.

New England Airfoil Products, Inc. manufacturing methodology applies LEAN manufacturing principles utilizing a cellular layout for high volume production parts that supports single piece flow to minimize cost. The company adopts SMED (Single-Minute Exchange of Dies) in order to minimize idle time on high capital cost equipment, this dramatic reduction in the time it takes to complete equipment changeovers provides our customers with cost benefited products.

New England Airfoils Products, Inc. components are utilized in both hot and cold section gas turbine engine environments for use in aerospace, defense, energy, marine, and oil & gas.

The increasing demands on OEMs that provide power generation plants have to necessarily continually improve efficiencies. This requires that today's manufacturers have optimized technologies and processes to meet the needs of today's high output gas turbines that yield uninterrupted supply to critical electricity end-users.

In the marine market, New England Airfoil Products, Inc. has the ability to provide cost-effective components for use in the marine environment, its cross-fertilization of manufacturing methodologies applicable to aerospace and industrial product manufacturing lend themselves to product realization for use in both civil and defense marine applications.