FULU CNC lathe product range

FULU CNC Turning Machines

CNC Lathes for Industrial Turning and Threading

Compare flat-bed, slant-bed, and pipe-thread lathe structures by workpiece geometry, working range, operations, workholding, tooling, and production context. Final model selection requires verified machine data and a part review.

Product Routes

Choose the Machine Structure Before the Model

Start with the part and process. A different structure may be required when length, chip flow, bore, thread form, tooling, or automation changes.

FULU flat bed CNC lathe

Flat Bed CNC Lathes

Review this route for general turning and longer-part requirements where bed length, support, bore, and workholding must be evaluated together.

Selection inputs: diameter, length, weight, bore, tailstock or steady rest, tooling, and batch size.

View Flat Bed CNC Lathes
FULU slant bed CNC lathe

Slant Bed CNC Lathes

Review this route when turning-center architecture, chip evacuation, turret configuration, setup frequency, and production flow drive the choice.

Selection inputs: part envelope, chuck or bar route, turret, live tools, automation, and control.

View Slant Bed CNC Lathes
FULU pipe thread lathe

Pipe Thread Lathes

Review this route when pipe diameter, spindle bore, thread form, length, support, and workholding define the machine boundary.

Selection inputs: pipe dimensions, thread standard and pitch, bore, chuck arrangement, support, and inspection.

View Pipe Thread Lathes

Adjacent category: Buyers who require a manual operating route should review Conventional Lathes.

Selection Logic

Define the Turning Job in Seven Inputs

Headline swing or spindle speed alone does not establish process fit. Share the working conditions that affect capacity, support, tooling, and cycle planning.

  • Finished and raw-part diameter
  • Overall and turned length
  • Material and raw form
  • Operations and thread details
  • Tolerance and surface finish
  • Workholding and support needs
  • Batch size and automation target
CNC lathe selection review using a part drawing and machine envelope

Application Paths

Start From the Workpiece and Operation

Application pages connect part characteristics and process risks to the relevant machine structure. Exact model and configuration remain subject to engineering review.

Shaft and flange workpieces for turning review

Shaft & Flange Machining

Review diameter-to-length ratio, support, runout, workholding, tool access, and operation sequence.

Explore the Application
Pipe thread workpiece and thread inspection

Pipe Thread Machining

Review pipe diameter, bore, thread form and pitch, clamping, support, tool path, and inspection method.

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General machinery components requiring turning operations

General Machinery Components

Review the part family, setup changes, tooling, inspection plan, and required production volume.

Explore the Application

Verification

Review the Machine, Configuration, and Test Evidence

A category claim cannot replace model-level evidence. Use current documents and traceable inspection records when confirming a quotation.

CNC lathe inspection activity at FULU CNC
Inspection & testing: confirm checkpoints, instruments, standard, conditions, report scope, and the quoted model.
Engineer reviewing a CNC lathe configuration and part drawing
Engineering review: confirm the working envelope, spindle and tooling route, workholding, options, automation, utilities, and acceptance plan.

Buyer Questions

CNC Lathe Selection FAQ

Which CNC lathe type should I start with?

Start with the part drawing, raw form, dimensions, operations, support and workholding needs, batch size, and automation goal. These inputs determine whether a flat-bed, slant-bed, or pipe-thread route deserves review.

Can one category specification be used for every model?

No. Capacity, spindle, axis, tooling, accuracy, utilities, and standard equipment must be verified against the exact model and document revision.

Are controllers, chucks, turrets, steady rests, and automation standard?

Their status depends on the model and quotation. They must be labeled as Standard, Optional, Third-party, Custom engineering, or To confirm.

What should I send for a configuration review?

Send the drawing, material, raw and finished dimensions, tolerance, finish, operations, batch or annual volume, cycle target, automation needs, controller preference, destination, and electrical standard.

CNC lathe spindle, workholding, and tooling detail