Drawing-based CNC parts · Prototype to repeat productionwendy@honmetmfg.comWhatsApp +86 188 2450 6096
Swiss-type CNC turning production area
CNC & Swiss-type turning

CNC Turning for Machine-Builder Shafts, Pins and Small Components

Build-to-print turning support for machinery and automation OEMs—from drawing review and process selection to inspection planning and repeat-order control. See verified equipment details on the capacity page.

Production equipment

Two different routes for different part and volume needs

Swiss-type CNC turning supports complex multi-operation parts; automatic lathes support stable high-volume components.

Tsugami Swiss-type CNC lathe
Swiss-type CNC

Complex small turned parts

  • Tsugami and Citizen equipment
  • Up to 7-axis machining
  • Main and sub-spindle operations
  • Turning, milling, drilling and cross-hole features
Automatic lathe production line
Automatic lathe

Stable repeat production

  • Dedicated automatic-lathe production for stable repeat volumes
  • Multi-tool simultaneous machining
  • Suitable for pins, sleeves, fittings and fasteners
  • Efficient for recurring and high-volume orders

Need current equipment counts, diameter range and disclosed partner-facility details? View Precision Turning Capacity →

Drawing review

What determines whether the part is straightforward or risky

Turned parts are often small, but the functional relationships can be demanding.

Diameter & length

Stock size, slenderness and unsupported length affect cycle stability.

Runout & concentricity

Related diameters and bearing or sealing surfaces need a clear common axis.

Threads & cross features

Thread class, cross holes, flats and milled features determine setup strategy.

Volume & inspection

Annual usage, lot size and required records determine automation and sampling plans.

RFQ Package

What a machine builder should send for review

A complete drawing package reduces assumptions before process selection and quotation.

Controlled drawing

Send the latest 2D revision and a 3D model when available. Identify the part number and revision clearly.

Application & mating parts

Explain whether the part locates a bearing, guides motion, transfers torque, seals or supports an assembly.

Quantity & repeat demand

Provide first-order quantity, expected lot size and annual forecast so the production route can be evaluated.

Inspection & finish

Mark critical characteristics, required records, material condition, treatment, masking and packaging needs.

Use the CNC machining RFQ checklist →

Materials

Commonly supported materials

Stainless steelCarbon steelAluminum alloysCopper alloysTitanium alloysNickel-based alloysEngineering plastics

Material machinability, bar condition, heat treatment and inspection method are reviewed with the drawing.

Real batch of finished turned shaft components
Real Turning Evidence

From a repeat production batch

A documented HONMET project shows threaded shafts, turned components, a machined flange interface and batch handling before delivery. Numerical specifications remain confidential; the photographs and completed production stages are real.

Read the documented shaft-component case →

Read the CNC shaft specification guide →

Have a small turned part to evaluate?

Send the 2D drawing, 3D model, material, batch quantity and annual demand.

Send Turning RFQ →