Tier 1 and Tier 2 supplier work in aluminum 7075, titanium 6Al-4V, and stainless — with aerospace-grade documentation through our ISO 9001:2015 certified production network. AS9100 partners added as program requirements warrant.
Aerospace programs do not tolerate ambiguity. Drawings call out datum schemes that have to be honored exactly, material certifications need to follow every lot, and first-article reports have to land in the buyer’s folder before parts ship. Quick Brown Fox Solutions builds to that standard. Production runs through our ISO 9001:2015 certified manufacturing partner network with aerospace-grade documentation discipline — lot traceability, controlled inspection routings, signed first-article reports, and material certs retained on file. AS9100-certified production-network partners are added as program requirements warrant.
Most of our aerospace work today is at the Tier 1 and Tier 2 supplier level: structural brackets, fittings, manifolds, bushings, spacers, and machined housings that ship into the assemblies higher up the chain. Our production network pairs a full 5-axis machining center with multiple 3-axis VMCs and Swiss-type screw machines, holding the geometry, profile, and surface specifications aerospace buyers expect. QBF Solutions is SAM.gov registered, carries UEI MA3DSJEPMFQ8 and CAGE 201W8, and quotes aerospace primes and subs directly.
The bulk of our aerospace work runs on a full 5-axis machining center in our production network with a 19-inch round trunnion table, 18,000 RPM spindle, and 60-tool magazine — ideal for single-setup machining of complex structural geometry where every datum needs to stay related to the same fixturing. The network backs that with multiple 3-axis VMCs in envelopes up to X 32.5 inch / Y 20.5 inch / Z 20.1 inch, which handle plate, billet, and weldment-style brackets. For round and prismatic-from-round work — pins, bushings, hydraulic fittings, sensor housings — the network includes 5-, 7-, and 9-axis Swiss-type screw machines with bar capacity from .812 inch to 1.50 inch, plus chucker and bar lathes with spindle bores from 1.625 inch to 3.05 inch.
Parts ship with routine positional tolerances to plus/minus .0002 inch and repeatability to plus/minus .0001 inch on precision lathe work. Inspection is documented against drawing callouts using gauge pins, micrometers, height gauges, and an optical comparator for profile and feature verification. In-process inspection is logged at first-article and at scheduled intervals through the run.
Common aerospace materials run through the production network include aluminum 6061-T6 and 7075-T6 for structural brackets and housings, titanium 6Al-4V for high-strength and fatigue-critical components, and stainless 303, 304, 316, 410, 416, and 17-4 PH for fittings, fasteners, and corrosion-sensitive features. Aerospace-grade copper alloys and tool steels are run when drawings call for them. Material traceability follows each lot from receiving through ship, with mill certs retained per the quality system.
Finishing inside the production network is limited to surface grinding, bead and vapor blasting, mass-finish deburring, and stock preparation. Aerospace finishes that fall outside that list — anodize, chem film, passivation, NDT, heat treat — are coordinated with qualified partners on the program drawing.
Aerospace buyers expect a documentation packet, not just parts. We deliver first-article inspection reports tied to the drawing balloon scheme, material certifications by heat or lot, certificates of conformance, and inspection records retained against the production network's ISO 9001:2015 quality systems. UEI MA3DSJEPMFQ8 and CAGE 201W8 are on file for prime-contract awards under QBF Solutions. AS9100-certified production-network partners are matched to programs that require them; aerospace programs requiring AS9100 at the supplier level should ask up front and we will confirm partner availability. QBF Solutions does not advertise ITAR registration.
Single-setup machining of complex aerospace geometry on a full 5-axis trunnion platform.
Ti-6Al-4V structural and fatigue-critical parts for airframe and engine adjacent work.
U.S.-based machining for DoD primes and subs — many aerospace programs overlap.
General aviation, UAV, and drone components in lightweight aluminum and titanium.
