Single-part runs, fast first-articles, and prototype-to-production handoff for universities, national labs, and hardware startups — with drawing review in the loop.
R&D programs do not look like production. The quantity is one. The drawing has open questions. The next revision is already in flight. Quick Brown Fox Solutions builds for that pattern. We support university research groups, national-laboratory programs, and hardware startups with single-part CNC runs, fast first-article quoting, and a path that carries the same fixture, program, and inspection setup from prototype into low-volume production when the design freezes.
QBF Solutions runs in-house programming review with drawing review and machine-time quoting in the loop, so the engineer on the other end of the email is talking to someone who has actually opened the file. We catch the missing datum, the unrealistic surface call, and the geometry that is going to fight the cutter before chips fly. Production runs through our ISO 9001:2015 certified manufacturing partner network; QBF Solutions is SAM.gov registered with UEI MA3DSJEPMFQ8 and CAGE 201W8, and equipped to scale a successful prototype into recurring lots without re-quoting the whole part.
R&D work pulls on every machine in the production network, but the typical lane is the 5-axis machining center for one-off complex geometry (19-inch round trunnion table, 18,000 RPM spindle, 60-tool magazine), the high-precision lathe for tight-tolerance single shafts and bodies (plus/minus .0001 inch repeatability), and Swiss-type screw machines for small turned features on long-form parts (.812 inch to 1.50 inch bar capacity). The network also includes multiple 3-axis VMCs handling plate, billet, and bracket parts in envelopes up to X 32.5 inch / Y 20.5 inch / Z 20.1 inch.
Workflow on a prototype starts with drawing review. We flag missing GD&T, unrealistic tolerance stacks, and features that will need fixturing the drawing has not anticipated. We quote machine time honestly — not against a production-rate target the part will never see at quantity one. First-article inspection is documented against drawing balloons using gauge pins, micrometers, height gauges, and an optical comparator. When the design freezes, the same setup carries forward into the production run.
Research drawings span the periodic table. Common runs include aluminum 6061, 7075, and 2024 for chassis and bracket work; stainless 303, 304, 316, 316L, 410, 416, 17-4 PH, and 440C for corrosion-sensitive or wear-sensitive features; titanium 6Al-4V for strength and biocompatibility-adjacent work; brass and naval bronze for fittings and bearings; carbon and alloy steels including 4140 and 4340; tool steels; copper alloys; and plastics including PEEK, Delrin, and UHMW where the program calls for them. Material certifications follow each lot and tie to the part traveler.
Finishing inside the production network covers surface grinding, bead and vapor blasting, mass-finish deburring, and stock preparation. Anodize, plating, heat treat, and any other process outside that list are coordinated with qualified partners on the program drawing.
Prototypes are often where the documentation discipline of a future production part is first established. We deliver first-article inspection reports tied to drawing balloons, material certifications by heat or lot, certificates of conformance, and in-process inspection records under the production network's ISO 9001:2015 certified quality systems. UEI MA3DSJEPMFQ8 and CAGE 201W8 are on file under QBF Solutions. When a research program transitions into a regulated production line — aerospace, defense, medical — the prototype quality record is already in a form the procurement folder can ingest.
First-article quoting, drawing review, and low-volume production runs.
Scaling a proven prototype setup into recurring documented lots.
Routine plus/minus .0002 inch with plus/minus .0001 inch lathe repeatability.
Sensor and transducer development work with overlapping tolerance class.
