| After-sales Service: | Support |
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| Warranty: | One Year |
| Application: | Metal |
| Process Usage: | Metal-Cutting CNC Machine Tools |
| Movement Method: | Contour Control |
| Control Method: | Closed-Loop Control |
| Customization: |
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Audited Supplier
High Rigidity and Long-Term Accuracy Retention
The main components of the machine tool, including the base, workbench, column, spindle box, and saddle, are meticulously analyzed using FEA (Finite Element Analysis). This method ensures design optimization, a lightweight mechanism, and exceptional rigidity. The short distance between the spindle center and the guide rail surface, combined with a minimal flipping torque, significantly enhances processing stability. Utilizing resin sand molding and high-strength, high-quality cast iron, coupled with a comprehensive heat treatment process to eliminate residual stress, the contact surfaces undergo precise manual scraping to guarantee the optimal structural rigidity of the entire machine. Our extensive product line, complete with versatile specifications, features a highly elastic automated exchange head library and a versatile vertical and horizontal tool changing system, facilitating automated, efficient, and highly productive machining performance. The modular spindle design accommodates various cutting characteristics, catering to diverse machining needs. The Y-axis employs an ultra-high rigidity roller-type linear slide rail, merging the heavy-duty cutting rigidity of hard rails with the rapid movement and low wear of linear slide rails, thereby significantly enhancing rigidity and control.
The three-axis system incorporates internationally renowned brand roller guide rails, ensuring robust rigidity and outstanding dynamic accuracy. The transmission system utilizes Taiwan-made large-diameter grinding ball screws, offering compact structure, smooth movement, low thermal elongation, and high precision. The screw support forms a stable, high-rigidity mechanical transmission system. The high-precision spindle provides constant and reliable lubrication for spindle bearings, while the standard spindle oil cooling system maintains the spindle in a stable working condition over extended periods.
| DESCRIPITION | UNIT | YMC-2016 |
| Travel X/Y/Z | mm | 2000/1600/720 |
| Table Size | mm | 2200×1480 |
| Max.Table Load | kg | 5000 |
| Distance from Spindle Nose to Table | mm | 200-920 |
| Distance between Column | mm | 1660 |
| Spindle Tapper | BT50/φ190 | |
| Spindle RPM | 6000 | |
| Spindle P.R | kw | 15/18.5 |
| G00 Feed Rate X/Y/Z | mm/min | 15000/15000/ 10000 |
| G01 Feed Rate | mm/min | 1-8000 |
| Machine Weight | kg | 18000 |
| Collant Tank Capicity | liter | 500 |
| Lubrication Tank | liter | 4 |
| Power Capicity | kVA | 35 |
| Air Pressure Request | kg/cm² | 5-8 |
| ATC Type | Arm type/Chain type | |
| ATC Tapper | BT50 | |
| ATC Capicity | 24(32)/40 | |
| Max.Tool dia./length | mm | φ125/400 |
| Max.Tool Weight | kg | 18 |
| Machine size | mm | 6100*3000*3400 |
| Positioning accuracy | mm | 0.008/300 |
| Repeatability | mm | 0.005/300 |
| Min. tool change time | s | 2.9 |
Suppliers with verified business licenses
Audited Supplier 
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