Nozzle Bodies
Turned forms with controlled bore, seat and external interface.
/ NOZZLES & FLOW COMPONENTS
Turned Flow Parts Built Around Passage Control
Nozzles, jet bodies and flow fittings are reviewed by bore geometry, seat detail, thread interface and burr-controlled internal passages.
Upload Drawing & Request a Quote->Core Geometry
Bores, orifices, seats and turned bodies
Secondary Work
Cross holes, slots, tapping and deburr
Material Fit
Stainless, brass, aluminum or steel by drawing
Review Focus
Flow path, burr risk and inspection access
/ PRODUCT CHECK
Start with the Passage, Not the Name
Flow components can look similar while requiring different controls. The drawing should make passage size, entrance geometry, thread relationship, burr condition and cleanliness expectations clear.
Threaded Flow Fittings
External or internal threads reviewed with sealing and burr exposure.
Clean Machined Finish
Finish and deburr requirements are checked where flow surfaces are exposed.
Internal Bore
Diameter, depth, transition and exit edge determine setup and inspection route.
Seat Or Shoulder
Mating faces need location control against the functional diameter or thread.
Side Flow Feature
Cross holes and slots must be tied to datum and clocking requirements.
Burr Exposure
Flow passages need deburr and cleaning notes when chips can affect function.
/ FEATURE REVIEW
Flow Features Change The Manufacturing Route
Feature review keeps the RFQ focused on the detail that drives setup, inspection and downstream finishing.
/ RFQ DETAIL
What Makes a Flow Part Reviewable
The RFQ should include the information that changes cost, risk and inspection method.
Passage Size
Call out bore/orifice diameter, depth and allowed edge condition.
Thread Standard
Define thread type, usable depth, relief and mating feature.
Clocking
Show whether holes, flats or slots need angular orientation.
Deburr Level
State whether internal burrs are function-critical or cosmetic.
Material
Confirm grade where corrosion, flow media or finish matters.
Inspection Access
Identify CTQs that need pin, plug, visual or fixture inspection.
/ PROCESS ROUTE
Control The Passage Before Finish
For flow components, the route usually starts with base turning, then passage machining, controlled deburr, dimensional checks and visual release.
Turn
Create datum, OD, shoulder and primary bore.
Machine Passage
Add radial holes, slots or secondary bores with orientation control.
Clean + Inspect
Remove burr risk and confirm functional dimensions before shipment.
Send the 2D drawing, 3D model if available, material grade, thread standard, bore/orifice notes, finish, cleanliness requirements and estimated quantity.
Yes, when bore size, depth, access, material and burr-control requirements are clear enough to review.
Yes. If chips or burrs can affect flow, cleanliness and deburr expectations should be reviewed before quotation.
They can be reviewed when datum, clocking and inspection method are defined clearly.
The core body is usually turned, while side holes, slots or special passages may require secondary machining.
/ START WITH THE DRAWING
Send the Drawing. We Will Review the Route.
Send your drawing or 3D model with material, quantity, bore notes, thread details, finish and cleanliness requirements. FREEFLY CNC will review whether the route fits turning, secondary machining or a combined process.