Standard Turn-Mill
Powered-turret models for combining conventional turning with drilling, tapping and milling.
- C160M, C200M and C250M ranges
- Lengths from 265 to 1500 mm
- For parts without Y-axis offset work
CNC Lathe Series
CNC Turning Milling Centers for Complete-Part Machining
A CNC turn-mill center combines turning with drilling, tapping and milling to reduce separate setups. Compare standard turn-mill, Y-axis and twin-spindle configurations, then send us your part drawing for a machine recommendation based on size, tolerance and cycle-time requirements.
FANUC configurations documentedDrawing-based machine selectionAutomation options available
C200MY-500Y-axis representative model
19Published configurations in this category
Up to Φ625 mmMaximum turning diameter in current agreements
Up to 1510 mmMaximum turning length in current agreements
Φ42–Φ72 mmDocumented bar-capacity range
Choose by process
Start with the machining route, not only the machine size
Select the architecture that removes setups and manual transfers from your part process. Final spindle, tooling and automation configuration should be confirmed from the drawing.
Y-Axis Turn-Mill
Add Y-axis travel for off-center holes, flats, keyways and more complex milling features.
- C160MY to C300MY ranges
- Documented Y travel up to 100 mm
- Compare Y-axis models →
Twin-Spindle
A sub-spindle can take over the workpiece for back-side operations and fewer manual transfers.
- C200MS and C200MYS
- Main/sub bar capacities documented
- Choose MYS when Y-axis is also needed
Twin-Spindle, Twin-Turret
CX200 uses opposing spindles and two turrets for coordinated or parallel machining strategies.
- Upper turret includes Y-axis
- Up to 24 tools per turret stated
- For process consolidation and throughput
A quick guide to the model names
- M
- Milling capability for turning and milling operations.
- Y
- Y-axis for off-center tool positioning.
- S
- Sub-spindle: a main-spindle and sub-spindle configuration.
Chuck diameter is not the maximum turning diameter or bar capacity. The number after the hyphen is only a nominal turning-length reference. Confirm the actual dimensions, configuration and usable machining envelope in the model’s specification table, taking workholding and tooling into account.
This guide covers the standard P and C naming patterns shown here. Do not apply it to additional letters or special series such as CX200, C200H or C200HS; check their individual product pages.
View the full model-number guideModel comparison
Compare the current Turning-Milling Center range
Filter by machine architecture. Values below are taken from the current FANUC technical agreements and link to the corresponding published product pages.
| Model | Series | Max. turning Ø | Max. length | Bar capacity | Max. spindle speed | Selection cue | |
|---|---|---|---|---|---|---|---|
| C160M-300 | M | Φ320 mm | 265 mm | Φ42 mm | 5000 rpm | Compact turn-mill work | View details → |
| C160MY-300 | MY | Φ190 mm | 255 mm | Φ42 mm | 5000 rpm | Compact parts with offset features | View details → |
| C200M-300 | M | Φ320 mm | 300 mm | Φ52 mm | 4200 rpm | Compact 300 mm turn-mill work | View details → |
| C200M-500 | M | Φ425 mm | 510 mm | Φ52 mm | 4500 rpm | Medium, shorter parts | View details → |
| C200M-1000 | M | Φ500 mm | 1000 mm | Φ52 mm | 4500 rpm | Longer turn-mill parts | View details → |
| C200MY-500 | MY | Φ370 mm | 400 mm | Φ52 mm | 4500 rpm | Y-axis work in a compact envelope | View details → |
| C200MY-1000 | MY | Φ625 mm | 935 mm | Φ52 mm | 4500 rpm | Larger-diameter Y-axis work | View details → |
| C200MY-1500 | MY | Φ600 mm | 1510 mm | Φ52 mm | 4500 rpm | Long Y-axis parts | View details → |
| C200MS-500 | MS | Φ425 mm | 510 mm | Φ52 / Φ42 mm | 4500 rpm & 5000 rpm | Back-side work without Y-axis | View details → |
| C200MYS-500 | MYS | Φ370 mm | 518 mm | Φ52 / Φ42 mm | 4500 rpm & 5000 rpm | Y-axis plus back-side work | View details → |
| C250M-500 | M | Φ425 mm | 510 mm | Φ72 mm | 3000 rpm | Larger bar capacity, short parts | View details → |
| C250M-750 | M | Φ500 mm | 710 mm | Φ72 mm | 3000 rpm | Mid-length Φ72 mm bar work | View details → |
| C250M-1000 | M | Φ500 mm | 1000 mm | Φ72 mm | 3500 rpm | Longer Φ72 mm bar work | View details → |
| C250M-1500 | M | Φ500 mm | 1500 mm | Φ72 mm | 3500 rpm | Longest standard M configuration | View details → |
| C250MY-500 | MY | Φ370 mm | 400 mm | Φ72 mm | 3000 rpm | Compact Y-axis, larger bar | View details → |
| C250MY-1000 | MY | Φ625 mm | 935 mm | Φ72 mm | 3500 rpm | Larger Y-axis capacity | View details → |
| C250MY-1500 | MY | Φ600 mm | 1510 mm | Φ72 mm | 3500 rpm | Longest documented Y-axis length | View details → |
| C300MY-1500 | MY | Φ600 mm | 1435 mm | Φ72 mm | 3500 rpm | Large long-part Y-axis work | View details → |
| CX200 | Twin / Twin | Φ300 mm | 568 mm | Φ52 / Φ42 mm | 4500 / 6000 rpm | Coordinated or parallel machining | View details → |
Data note: comparison values are transcribed from the current FANUC technical agreements. A quotation must confirm the final chuck, tooling, control, automation and acceptance requirements for the customer’s workpiece.
Selection workflow
Four questions narrow the range quickly
A model number alone is not a machine-selection result. The workpiece drawing and production target determine whether you need Y-axis travel, a sub-spindle or a larger machining envelope.
Send Your Part Requirements01
What must be completed in one setup?
List turning, cross-hole drilling, tapping, flats, slots, keyways and back-side operations. This separates M, MY and twin-spindle architectures.
02
What is the real workpiece envelope?
Provide raw and finished diameters, total length, clamping length and whether production starts from bar, forging or casting.
03
What accuracy and surface finish are required?
Mark critical dimensions, geometric tolerances and finish requirements on the drawing so the spindle, tooling and process route can be reviewed.
04
What output and automation level are required?
Share annual volume and target cycle time. Then evaluate bar feeders, parts catchers, robots, chip conveyors and inspection options.
Typical decision cases
Match machine architecture to the part process
Shafts and sleeves
Use turning length, bar capacity and support requirements to choose the machine size. Add powered tools when radial holes, flats or slots should be completed in the same setup.
Complex turned components
Choose a MY configuration when off-center features require Y-axis positioning. Confirm tool access, interference and travel from the drawing.
Complete front-and-back work
Choose MS, MYS or CX architecture when a sub-spindle should receive the part for back-side operations or when parallel machining improves output.
Buyer questions
Frequently asked questions
What is the difference between M and MY models?
M models combine turning with powered-tool drilling, tapping and milling. MY models add Y-axis travel for off-center holes and more complex milled features.
When is a twin-spindle machine worth considering?
Consider it when the back side of the part must be machined, manual re-clamping creates accuracy or labor problems, or the production target benefits from automatic part transfer.
Can Chuanhe recommend a model from my drawing?
Yes. Send the part drawing, material, blank type, annual volume, critical tolerances and target cycle time. The recommendation should be confirmed through an application review.
Which control system is documented for this range?
The source technical agreements used for this comparison document FANUC configurations. Final control and functional options must be confirmed in the quotation.
Are bar feeders and automation available?
Technical agreements list options such as bar feeders, part catchers and related automation equipment. Suitability depends on the workpiece and production route.
Why are prices not shown on the category page?
Machine pricing depends on spindle, turret, control, accessories, automation, voltage, acceptance scope and delivery destination. A drawing-based quotation avoids comparing incomplete configurations.
Application review
Send a drawing. Receive a configuration recommendation.
Share enough technical context to route your project to the right machine family instead of requesting only a generic price.
- Workpiece drawing and material
- Blank type and dimensions
- Critical tolerance and surface finish
- Annual volume and target cycle time
- Destination country and preferred control
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