/ PRECISION TURNING MANUFACTURER
Precision Turned Components from Prototype to Repeat Production
Swiss turning, CNC turning and coordinated secondary operations for shafts, pins, bushings, sleeves, connectors and other small precision metal components. Built for prototype validation and stable repeat production.
Ć38 mm
Swiss Bar Capacity Reference
Ā±0.01 mm
Typical Tolerance on Suitable Features
~7 Days
Typical Prototype Reference
500+ pcs
Strong Repeat-Production Fit
ISO 9001
Quality Management System
/ ABOUT FREEFLY CNC
Built Around Small Precision Turned Parts
FREEFLY CNC manufactures small precision metal components using Swiss turning and CNC turning as the core production processes.
Drawing review, secondary machining, finishing coordination and inspection planning are integrated into the manufacturing route so prototypes can move into repeat production with fewer surprises.
/ MANUFACTURING FLOOR
Turning-Focused Production Built Around Real Parts
FREEFLY CNC centers its production around Swiss-type turning and CNC turning for small precision metal components. Secondary features, finishing requirements and inspection are coordinated around the primary machining route rather than treated as separate steps.
/ MANUFACTURING GEOMETRY
The Machining Route Starts with Part Geometry
Bores, shoulders, threads, OD/ID relationships, mating faces and secondary features are reviewed together before the machining route is confirmed.
The primary turning process is selected first, then cross holes, flats, tapping, deburring, finishing and inspection are planned around it.
/ CORE CAPABILITIES
Core Turning Capabilities for Small Precision Parts
Swiss turning and CNC turning form the core manufacturing route. Secondary machining and inspection are coordinated around the part when additional features or production controls are required.
Swiss Turning
Small, slender and feature-dense parts where diameter relationships, length-to-diameter ratio and repeatability matter.
CNC Turning
Round metal components with controlled OD, ID, shoulders, grooves, bores, threads and mating features.
Secondary Operations
Cross holes, flats, tapping, deburring and selected finishing steps coordinated with the primary turning route.
Inspection Planning
Drawing-defined CTQs, first-article checks and in-process measurement planned around the features that matter most.
/ MATERIALS & FINISHING
Materials and Finishing Planned with the Machining Route
Material grade and finishing requirements can affect tool wear, thread quality, surface condition, critical dimensions and final fit. FREEFLY CNC reviews these requirements before the manufacturing route is confirmed.
Steel
Used for functional turned components where strength, thread performance and repeat-production stability matter.
Stainless Steel
Common for components requiring corrosion resistance, mechanical strength and controlled functional or visible surfaces.
Brass
Well suited to many connectors, fittings and precision turned components requiring clean machining and detailed features.
Aluminum
Used for lightweight components, sleeves, housings and parts where weight, machinability and surface finish matter.
Plating, oxidation, coating, polishing, heat treatment and other finishing requirements are reviewed according to part function, dimensional requirements and final appearance.
/ SOLUTIONS
Manufacturing Support for Different Part and Assembly Requirements
Small turned components can require very different controls depending on their function, appearance and assembly relationship. FREEFLY CNC reviews the manufacturing route around those requirements.
Consumer Product Components
Fit, Finish and Repeat Appearance
Small metal components where visible finish, mating fit, assembly feel and batch-to-batch consistency all matter.
Smart Devices
Compact Parts for Tight Assemblies
Machined inserts, sleeves, connectors and mating features where small geometry and assembly relationships require controlled production.
Mechanical Assemblies
Shafts, Pins and Rotational Relationships
Stepped shafts, locating pins and related parts where diameter relationships, runout, spacing and fit influence the machining route.
Fluid And Connection Parts
Threads, Bores and Sealing Features
Connectors, fittings, sleeves and valve-related components where internal geometry, threads and mating surfaces require controlled machining.
/ PARTS WE MAKE
Common Part Families We Manufacture
Typical production includes shafts, pins, bushings, sleeves, connectors and other small turned components with controlled mating and functional features.
Shafts & Pins
Stepped, locating and slender components where diameter relationships, straightness and fit matter.
Bushings & Sleeves
Controlled OD, ID, bore and mating surfaces for press-fit, sliding or locating functions.
Connectors & Fittings
Threaded, bored and mating components for mechanical and fluid-related assemblies.
Consumer Product Parts
Small visible and functional metal components where finish, fit and repeat consistency matter.
/ PRODUCTION CONFIDENCE
Quality Control Built Into the Production Route
Critical dimensions, mating features, threads and surface requirements are identified before production so inspection follows the features that matter to function and assembly.
/ PRODUCTION PRINCIPLE
Validate the Process Before Scaling the Quantity
The goal of prototype and first-article production is not only to make one acceptable part, but to confirm the machining route, CTQs and inspection requirements before repeat production begins.
/ PROJECT PATH
From drawing to repeat production
Send the drawing or model first, then confirm the route around geometry, material, quantity and critical features. A sample can be checked before the project moves into repeat production control.
Capabilities
Swiss turning, CNC turning and supporting secondary operations for small precision components.
Parts We Make
Shafts, pins, bushings, sleeves, connectors, fittings and related turned parts.
Quality Control
Drawing review, CTQ planning, first-article validation and production inspection.
/ WHY FREEFLY CNC
A Turning-Focused Route from Drawing to Repeat Supply
FREEFLY CNC focuses on the manufacturing decisions that matter before a turned part reaches repeat production ā process fit, critical features, secondary operations and inspection requirements.
Turning-Focused Manufacturing
Swiss turning and CNC turning are core production routes for the small precision components we manufacture, rather than secondary capabilities added to a broad service list.
Drawing-Based Review
Geometry, tolerance, material, CTQs and secondary features are reviewed together before the manufacturing route is confirmed.
Prototype to Repeat Production
Prototype quantities can be used to validate the part and process before moving into stable repeat production, including 500+ piece programs.
Coordinated Production Route
Secondary machining, finishing requirements and inspection planning are coordinated around the primary turned part to reduce handoff and production risk.
/ START A MANUFACTURING PROJECT
Send Your Drawing for Manufacturing Review
Share your drawing or 3D model together with material, target quantity, tolerance notes, surface-finish requirements and any CTQs that matter to the assembly.
FREEFLY CNC will review the geometry and determine the most suitable manufacturing route before quoting.