Swiss-type turning
For a bar-fed process review, define stock diameter, part length, support strategy and front/back operations. Start with the TZ251 Swiss-type CNC lathe.
Compare
Compare CNC Machine Options Before Sending an RFQ
This comparison guide helps buyers decide whether a CNC lathe, machining center, drilling and tapping center, grinding machine, special-purpose machine or selected automation route is the right starting point. The best choice depends on workpiece geometry, tolerance, volume, cycle-time target, fixture complexity, automation level and service requirements.
Machining-center comparison
Vertical machining center or drilling and tapping center?
Start with the operations on the drawing, not the machine name. Compare milling, boring, drilling and threading requirements against each exact model's working envelope, spindle, tooling and fixture access. A drilling and tapping route needs a review of hole and thread requirements; a vertical machining route needs the same review alongside the planned milling operations.
| Decision | Vertical machining route | Drilling and tapping route |
|---|---|---|
| Operation list | List the faces, pockets, bores and holes to be machined. | List hole diameters, depths, thread forms and any milling operations. |
| Capacity check | Check part and fixture envelope, load, spindle clearance and tool access. | Check the same limits; hole count alone does not establish suitability. |
| Tooling and configuration | Match toolholder, spindle and tool capacity to the proposed process. | Confirm toolholder, tapping method and tool capacity for the exact configuration. |
| Acceptance evidence | Agree a part, fixture, inspection method and cycle-time measurement boundary. | Include thread inspection, tool changes and loading in the agreed trial scope. |
Review the published specifications for V640 and V855 vertical machining centers, or VT640 and VT840 drilling and tapping centers. These are comparison starting points, not an approved shortlist for your part. A feature on one model must not be assumed standard on another.
CNC lathe starting points
Which CNC lathe type should you investigate?
Separate the turning route by workpiece support, loading and required operations before comparing specifications. The links below lead to different machine types, not interchangeable alternatives. Confirm the exact workholding, tooling, standard equipment and quoted options against your drawing.
Slant-bed turning
Define chucking, cutting length, tool arrangement and loading method. Review the TC50B500L slant-bed CNC lathe against the workpiece and fixture.
Upright and inverted vertical turning
Confirm spindle orientation, loading direction and fixture access separately. Review the TYA300 upright and inverted vertical lathe or browse vertical lathes; do not treat the two orientations as the same configuration.
Turn-mill machining
List which turning and milling operations should share a setup, including tool access and transfer requirements. Review the TNX6510 five-axis turn-mill center and confirm the proposed process with engineering.
Open the relevant model page to compare its full specification table, then use that page's quote button to carry the model into your inquiry. If the route is uncertain, request a drawing-led comparison before selecting a machine.
Compare by workpiece
How should valve bodies and fittings be compared?
Begin with port geometry, sealing faces, material and inspection requirements. Identify the datum scheme and which faces or holes need access in each setup. Then compare a flexible machining route with a dedicated process only after the part mix, volume and acceptance criteria are defined.
The valve body and plumbing fitting machining guide explains the workpiece-specific review. Do not select a model from a similar-looking part or from capacity figures alone.
Which machine option fits the buying situation?
| Option | Best fit | Main risk | RFQ evidence needed |
|---|---|---|---|
| Standard CNC machine | Flexible parts, lower engineering risk and changing product mix. | May not hit aggressive cycle-time or labor-reduction targets. | Part drawing, tolerance, material and process route. |
| Special purpose machine | Dedicated drilling, tapping, grinding or other verified multi-step part processing. | Scope changes can affect design, acceptance and delivery schedule. | Workpiece drawings, current bottleneck, acceptance criteria and automation target. |
| Automated line | Labor reduction, line integration, inspection, transfer and repeatable throughput. | Layout, safety, controls and service plan must be defined early. | Factory layout, upstream/downstream process, loading method and service expectation. |
Decision matrix
How should buyers compare machine suppliers?
- Entity proof: verify company, factory, certificates and export documentation.
- Process proof: ask how the supplier will machine the exact workpiece.
- Specification proof: compare capacity, options, automation and acceptance criteria.
- Service proof: define installation, training, spare parts and remote support.
- Risk proof: identify what remains unknown before deposit or production start.
Buyer questions
Questions that reveal the right machine path
Is the part stable enough for a dedicated machine?
If geometry, material and volume are stable, a verified special-purpose machine or automation cell may justify engineering cost.
Is the current bottleneck capacity, labor or quality?
Capacity bottlenecks often need cycle-time analysis; labor bottlenecks may need loading automation; quality bottlenecks need fixture and inspection review.
What proof should be requested from a supplier?
Ask for factory identity, relevant certificates, similar process evidence, machine media, packing/export proof and clear service scope.
When should price comparison wait?
Price comparison should wait until machine scope, options, fixture, acceptance, packing and service assumptions are comparable. Review the quotation cost-driver method before comparing totals.