Company Data
Cage Code: 6SYG9
ITAR Number: M30809
Corporate Structure: Small Business
DUNS Number: 078388866
NAICS Codes
332710 - Machine Shops
332721 - Precision Turned Products
333512 - Machine Tool Manufacturing
336412 - Aircraft Engine Parts Manufacturing
336415 - Guided Missile and Space Parts
336413 - Other Aircraft Parts
FSC
1615 - Helicopter Rotor Blades, Drive Mechanisms and Components
2840 - Gas Turbines and Jet Engines, Aircraft, Prime Moving and Components
2845 - Rocket Engines and Components
2995 - Miscellaneous Engine Accessories, Aircraft
Contact Information
Remo Sicoli - General Manager
137 Market Way
Mount Pocono, PA
18344
Direct: (570) 839-8615
Fax: (315) 453-7817
SUMMIT AEROSPACE USA INC.
HIGH PRECISION MACHINING
Government Capability Statement
Download the Government Capability Statement PDF here.
Core Competencies
SUMMIT AEROSPACE USA INC. is a high precision machine shop with CNC milling (5 Axis) and turning equipment, Solidworks and NCL 5 Axis software and engineering support. Our 16,200 sq. ft. manufacturing and office facility is located on 4 acres of land which provides us with additional space to expand our operation and to add capital equipment to meet your production needs. We design, fabricate, and machine all of our custom tooling and fixtures equipment to help expedite first article and production requirements. We offer short to medium production volumes as well as prototype, first off and reverse engineered parts.
Differentiators
SUMMIT AEROSPACE USA INC. strives on helping our customers achieve new levels of productivity by developing unique machining methods to reduce cycle time in order to increase customer production rates and offer competitive pricing. SUMMIT AEROSPACE USA INC. specializes in nickel-based superalloys such as Inconel 718, Waspalloy, Hastalloy, Rene 41, Nimonic Series as well asTitanium easily achieving the tightest tolerances on complex engine aircraft components. The high strength and hardness of the alloys SAUI machines, combined with their complex shapes and precision tolerances, necessitate more challenging machining methods and rigorous machine tools.