YN-26 Entry-Level CNC Wheel Lathe
- Technical Data
- Features
| name | Unit | NY-26 | NY-26A |
| Large machining hub diameter | Inch | 25 | 25 |
| X-axis maximum travel | mm | 350 | 350 |
| main motor power | kw | 6 | 6 |
| Rail width | mm | 260 | 260 |
| Wheel measurement direction | X·Y | X·Y | |
| Measuring tools | laser | laser | |
| Measurement methods | laser scanning | Laser automatic scanning | |
| Program optimization | Fully automatic and manual | Fully automatic and manual | |
| Number of wheel machining programs stored | Unlimited | Unlimited | |
| CNC system | Independent research and development | Independent research and development | |
| Wheel processing | surface | surface | |
| Machine tool machining accuracy | IT6~IT7 | IT6~IT7 | |
| surface finish | um | Ra0.8~1.6 | Ra0.8~1.6 |
| Main drive form | Stepless speed regulation | Stepless speed regulation | |
| Spindle speed range | rpm | Factory setting 50-1000 | Factory setting 50-1000 |
| fast movement speed | mm/min | X:5000 Z:8000 | X:5000 Z:8000 |
| Repeatability | mm | X:0.01 Z:0.015 | X:0.01 Z:0.015 |
| Tool holder form | Knife row, manual knife holder, | Arrangement of knives, automatic knife holder, | |
| Turning tool holder size | mm | 25*25*2 | 25*25*3 |
| Machine tool dimensions (LxWxH) | mm | 1700x1450x1700 | 1800x1300x1750 |
| Machine net weight | kg | 1000 | 1200 |
- Profile measurement for collecting the wheel-face curve; confirm the supplied measurement hardware.
- Automatic and manual curve optimization are listed; review the proposed cutting path before machining.
- The described interface uses a 15-inch touchscreen; confirm the controller and software supplied.
- Spindle settings and cycle time must suit the actual wheel, tool, and machining allowance.
- Operator training includes wheel inspection, mounting, measurement, tool setup, and process checks.
Related Products
CNC Face Machining for Suitable Alloy Wheels
The YN-26 is an entry-level wheel lathe for machining suitable alloy wheel faces. The described process measures the face profile, prepares or optimizes the machining curve, and uses CNC control to follow the approved profile. It is intended for surface refurbishment where the wheel’s condition and repair limits permit machining.
Review the measuring system, wheel mounting, toolholder, and control software for the actual configuration. The original specification compares two configurations with different measurement and toolholder arrangements. Match the quotation and model designation to the required equipment.
Check Wheel Fit and Installation Space
The table lists a 25-inch machining capacity and 350 mm X-axis travel, with 6 kW main motor power. Verify wheel width, offset, mounting dimensions, fixture clearance, and tool access. The factory spindle speed range is listed as 50–1000 rpm; establish operating settings from the machine instructions and the actual workpiece.
Profile Measurement and Operator Review
Profile measurement and curve optimization can reduce manual data entry. The operator still needs to inspect the wheel, verify clamping and the proposed tool path, and select appropriate cutting conditions. Measurement time, machining time, and training needs depend on the wheel and the job.
Assess cracks, previous machining, deformation, and permitted material removal before face cutting. A bright machined surface is not proof that a damaged wheel has been structurally repaired. Use the applicable wheel manufacturer’s instructions and an agreed inspection process.
Request a YN-26 Configuration
Send wheel diameter and width, material, offset, mounting details, target appearance, daily workload, and electrical supply. Confirm the model designation, measurement hardware, toolholder, software, training, and support scope with Inovatec.