CNC Lathes
Start here for rotational components and turning or threading operations. Select the machine structure according to part geometry, length, process sequence, and production context.
View CNC LathesFULU CNC Product Selection
CNC Machine Tools for Industrial Part Production
Compare machine families by workpiece profile, machining operations, working envelope, and production requirements. Use the product routes below to narrow the starting point before reviewing an exact configuration.
Part ProfileRotational, prismatic, or large-format
OperationsTurning, threading, milling, drilling
Working RangePart dimensions, travel, and table needs
Production ContextVolume, setup, tolerance, and automation
Machine Families
Choose the Product Route That Matches the Workpiece
Each family begins from a different part profile and process. Open the relevant category to compare structures before moving to a verified model page.
Machining Centers
Start here for prismatic parts requiring milling, drilling, tapping, or contouring across a defined work envelope and tool sequence.
View Machining CentersMilling Machines
Start here when large workpieces, broad surfaces, access requirements, or setup constraints point toward a gantry milling platform.
View Milling MachinesProduct availability, model range, controller, tooling, automation, and standard-versus-optional equipment must be confirmed for the selected configuration.
Product Selection Path
Select by Part, Process, and Working Range
A machine name alone does not establish fit. Begin with the part and machining sequence, then confirm the working envelope, production context, and acceptance requirements.
Define the Part
Share the drawing, material, maximum dimensions, weight, tolerance, and required surface finish.
List the Operations
Identify turning, threading, milling, drilling, tapping, contouring, and the intended process sequence.
Check the Envelope
Confirm turning diameter and length, or travel, table size, load, clearance, and workholding space.
Set Production Needs
State batch size, setup frequency, cycle target, tooling, automation, controller, and acceptance needs.
| Starting Part / Process | Initial Machine Route | Confirm Before Selection |
|---|---|---|
| Rotational partsTurning, facing, boring, or threading | CNC Lathes | Diameter, length, bore, chuck or workholding, tooling, volume, and process sequence |
| Pipe and thread workPipe-related turning and thread requirements | Pipe Thread Lathes | Pipe diameter, length, bore, thread standard, pitch range, workholding, and inspection method |
| Prismatic partsMilling, drilling, tapping, or contouring | Vertical Machining Centers | X/Y/Z envelope, table and load, spindle and tool requirements, fixtures, and optional-axis needs |
| Large workpiecesBroad surfaces or larger access requirements | Gantry Milling Machines | Part size and weight, travel, table, head access, setup plan, lifting, and foundation requirements |
This table identifies a starting family, not a final model. Exact fit must be checked against verified machine data, tooling, workholding, options, and acceptance conditions.
Factory & Quality Evidence
Verify the Source and the Acceptance Process
Product selection should be supported by factory evidence and a clear inspection path. Review how machines are assembled, checked, documented, and prepared for the agreed acceptance scope.
Factory and Manufacturing
Use original workshop and process evidence to understand where assembly, alignment, calibration, testing, and final preparation take place.
Quality and Inspection
Confirm which checks apply to the selected machine, which instruments and conditions are used, and which records form part of the agreed acceptance package.
Factory EvidenceCurrent workshop, equipment, legal identity, and approved location
Process EvidenceApplicable assembly, alignment, calibration, and test stages
Inspection EvidenceCheckpoint, instrument, condition, criterion, and retained record
Certificate EvidenceIssuer, entity, standard, scope, validity, and verification path
Engineering & Customization
Move from a Machine Family to an Agreed Configuration
Configuration review starts with the part and production requirements. The review should separate standard equipment, selectable options, third-party items, custom-engineering work, and details still requiring confirmation.
- Requirement Review
- Feasibility Check
- Configuration Scope
- Technical Approval
- Acceptance Plan
Standard / OptionalIdentify what is included and which options affect price, fit, utilities, or delivery.
Third-party / CustomDefine the supplier, interface, integration responsibility, approval, and acceptance boundary.