Automated H Cell
C200H uses a moving-spindle layout and integrated robot for compact OP10/OP20 production cells.
- Published page: Φ200 × 100 mm
- Four-sided gang-type tooling
- Disc-type component focus
Complete machining & automation
Twin-Spindle CNC Lathes for Front-and-Back Machining
Reduce re-clamping and manual part transfers with sub-spindle, Y-axis, twin-turret and automated OP10/OP20 configurations. Compare the five published machines, then send your drawing for a process and cycle-time review.
Front-and-back machining optionsFANUC configurations documentedRobot and bar-feeder options
CX200Twin-spindle, twin-turret reference model
5Published configurations in this category
Up to Φ425 mmMaximum turning diameter
Up to 568 mmMaximum turning length
4500 / 6000 rpmDocumented main/sub-spindle speeds
Choose by transfer strategy
Not every machine in this category solves the same production problem
Start with how the part moves between operations. The current range includes automated moving-spindle cells, a powered-turret sub-spindle machine, a Y-axis version and a twin-turret platform.
Automated HS Cell
C200HS extends the moving-spindle concept with a 4-station turret and in-machine articulated arm.
- Agreement: Φ200 × 300 mm
- Φ52 mm bar capacity
- Automated loading and unloading
Sub-Spindle Turn-Mill
C200MS-500 combines a BMT55 powered turret with a precision sub-spindle for back-side operations.
- Main/sub capacity Φ52 / Φ42 mm
- 8-inch and 6-inch chucks
- Choose MYS when Y-axis is needed
Twin-Turret Platform
CX200 uses opposing spindles, two turrets and dual-channel control for coordinated or parallel machining.
- 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 all five published machines
The table separates moving-spindle automation cells from true main/sub-spindle and twin-turret platforms so buyers can compare architectures before discussing price.
| Model | Architecture | Max. turning Ø | Max. length | Bar / bore | Spindle speed | Selection cue | |
|---|---|---|---|---|---|---|---|
| C200H | H cell | Φ200 mm | 100 mm | Spindle bore Φ42 mm | 5000 rpm | Compact disc-part OP10/OP20 cell | View details → |
| C200HS | HS cell | Φ200 mm | 300 mm | Φ52 mm | 4500 rpm | Automated disc and bearing-component work | View details → |
| C200MS-500 | MS | Φ425 mm | 510 mm | Φ52 / Φ42 mm | 4500 / 5000 rpm | Front-and-back turn-mill without Y-axis | View details → |
| C200MYS-500 | MYS | Φ370 mm | 518 mm | Φ52 / Φ42 mm | 4500 / 5000 rpm | Off-center milling plus back-side work | View details → |
| CX200 | Twin / Twin | Φ300 mm | 568 mm | Φ52 / Φ42 mm | 4500 / 6000 rpm | Coordinated or parallel machining | View details → |
Source note: C200HS, C200MS-500, C200MYS-500 and CX200 values are based on Chuanhe technical specifications for configurations with FANUC control. Confirm the C200H specifications and configuration with Chuanhe before quotation.
Selection workflow
Four checks identify the right architecture
The main question is not simply “Do I need two spindles?” It is how the part should be loaded, transferred, supported and completed at the required cycle time.
Send a Part Drawing01
Bar, blank or disc component?
Define the starting material. C200H/HS cells target automated disc-type operations, while MS/MYS/CX platforms support main-to-sub-spindle transfer strategies.
02
Must the back side be completed automatically?
Mark the second-side features and clamping surfaces. This determines whether a sub-spindle handoff can eliminate manual re-clamping.
03
Are offset milled features required?
Choose C200MYS-500 or evaluate CX200 when Y-axis positioning is required for off-center holes, slots, flats or keyways.
04
One complete part or parallel output?
Compare sequential main/sub-spindle machining with CX200 dual-channel, twin-turret strategies when throughput and simultaneous operations drive the investment.
Typical decision cases
Where each architecture creates value
Automated disc-part cells
Use C200H/HS concepts where OP10/OP20 automation, compact layout and robotic handling are central to the process.
Complete bar-fed parts
Use MS or MYS configurations to transfer the part to a sub-spindle and complete back-side operations with fewer manual interventions.
Parallel complex machining
Evaluate CX200 when two turrets, opposing spindles and dual-channel control can consolidate operations or increase output.
Buyer questions
Frequently asked questions
What is the difference between C200MS and C200MYS?
Both use main and sub-spindles with a powered turret. C200MYS adds Y-axis capability for off-center and more complex milled features.
Is CX200 only a faster version of a sub-spindle lathe?
No. CX200 adds a second turret and dual-channel control, enabling different coordinated or parallel process strategies. The benefit must be validated against the part cycle.
Why are C200H and C200HS separated from MS/MYS?
The published descriptions identify them as moving-spindle automated cell concepts with robotic handling. They solve a different transfer and automation problem from a conventional main/sub-spindle turn-mill platform.
What information is needed for a cycle-time review?
Provide the drawing, material, blank type, annual volume, required operations, critical tolerances, tool-life assumptions and current process time.
Can a bar feeder and parts catcher be included?
The technical agreements list automation options, but compatibility and final scope depend on the selected model, workpiece and discharge method.
Which specification reference is used for C200H?
The comparison uses the published product specifications. Confirm the specifications and configuration with Chuanhe before quotation.
Process review
Send both operation sides, not just the finished dimensions.
A useful twin-spindle review needs the complete process route so the handoff, gripping length, tool access and automation concept can be evaluated.
- Workpiece drawing and material
- Raw blank and both operation sides
- Critical tolerances and surfaces
- Annual volume and target cycle time
- Automation and discharge requirements
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