The 3D 5-axis CNC waterjet cutting machine was developed by MaviJet engineers for manufacturing high-precision angled cuts from 0 to 120 degrees. Thanks to its rigid construction, which is unaffected by the deflector force of the high-pressure coil, 3D cutting can be performed with an accuracy of 0.02 mm. The 5-axis head rotates 360 degrees. This machine is indispensable if you need to process not only sheet material but also parts with complex geometry. Using a modern CNC system, the machine recognizes the 3D model of the part and cuts out what is required along the specified trajectory.
Technical Specifications
| Parameter | Unit | MJT-W3-3020 |
|---|---|---|
| Table size | mm | 3000 × 2000 |
| Head lifting height | mm | 250 |
| CNC system | — | 5+1-axis control system; Ethernet and network interfaces; USB port; manual pulse generator (X, Y, Z) |
| Motor power – X axis | — | 3.2 Nm Servo, 1 pc. |
| Motor power – Y axis | — | 3.2 Nm Servo, 2 pcs. |
| Motor power – Z axis | — | 1.6 Nm Servo, 1 pc. (with brakes) |
| Motor power – C axis | — | 1 Nm Servo, 1 pc. |
| Motor power – A axis | — | 1 Nm Servo, 1 pc. |
| Motion system – X, Y axes | — | Hardened screw racks and pinions |
| Motion system – Z axis | — | Ball screw (ballscrew) |
| Motion system – A, C axes | — | Hinged belt drive |
| Guideways | — | Linear guideways and racks (THK-JAPAN) |
| Travel accuracy | mm | 0.01 |
| Positioning accuracy | mm | 0.02 |
| Rapid traverse speed | mm/min | 30,000 |
| High-pressure unit MJT-4000 | — | — |
| Pressure | bar | 4000 |
| Motor | HP | 50 |
| Speed | rpm | 1500 |
| Flow rate at maximum pressure | l/min | 3 |
| Pump displacement | cm³ | 71 (103 l.) |
| Axial piston pump pressure | bar | 200 |
| Optimal inlet water pressure | bar | 4 |
| Water pump pressure | bar | 8–10 |
| Abrasive hopper | — | — |
| Capacity | kg | 350 |
| Required air pressure | bar | 6 |
| Sand dosing system | — | Controlled from the CNC system using a pasometer |
| Sand dosing system – cutting head and mixing chamber | — | — |
| Sand consumption (depending on material type) | g/min | 80–600 |