WaterJet Sweden Dynamic 3020
Key Specifications
Table Size
Accuracy
cutting area
pump pressure
pump power
cutting speed
Overview
The WaterJet Sweden Dynamic 3020 is a 5-axis CNC abrasive waterjet cutting system with a 3,000 mm x 2,000 mm cutting envelope, designed for manufacturers who require beveled edges, angled cuts, and complex 3D part geometries that are beyond the capability of conventional 3-axis waterjet systems. The Dynamic series represents WaterJet Sweden's advanced technology platform, incorporating a tilting cutting head that rotates in A and B axes to allow the waterjet stream to be directed at precise angles to the workpiece surface.
The 5-axis capability of the Dynamic 3020 opens up a wide range of applications that standard waterjet machines cannot perform: bevel cutting for weld preparation on thick plate, countersink geometry cutting for fastener pockets, precise angled slots in structural components, and true 3D contouring of formed or curved parts. For weld preparation in particular, the ability to cut a precise 30-degree or 45-degree bevel in a single waterjet pass — without secondary grinding or machining operations — represents a substantial time and cost saving in heavy fabrication and shipbuilding workflows.
The Dynamic 3020's tilting head mechanism is engineered for rigidity and repeatability, with the A and B axis drives using precision servo systems and reduction gearing to maintain accurate angular positioning under the cutting forces of abrasive waterjet operation. Taper compensation — inherent in all waterjet cutting due to the slight divergence of the abrasive jet — can be actively corrected on the Dynamic by applying a small counter-tilt angle to the cutting head, producing truly vertical cut faces on standard parts and eliminating secondary finishing for tight-tolerance applications.
WaterJet Sweden provides the Dynamic 3020 with a full 5-axis CAM software suite capable of programming complex bevel geometries, contouring paths on 3D surfaces imported from CAD models, and automatic calculation of the head tilt parameters required for target cut quality. The software integrates with major CAD formats including STEP, IGES, DXF, and DWG, allowing seamless import of part geometry from engineering design systems. Simulation of cutting paths in the software before machine execution helps prevent collisions and allows optimization of cutting sequences.
The Dynamic 3020 is targeted at aerospace and defense manufacturers, heavy fabrication shops with high weld preparation volume, shipbuilders, structural steel fabricators, and precision job shops producing complex bevel or angled-cut components. The combination of a generous 3 m x 2 m cutting envelope with full 5-axis capability makes the Dynamic 3020 one of the most versatile large-format waterjet systems available, capable of handling both standard flat cutting and advanced 3D and bevel work on the same machine platform.
Full Specifications
| Parameter | Value |
|---|---|
| Cutting Area | 3,000 x 2,000 mm (118" x 78.7") |
| Pump Pressure | Up to 4,000 bar (58,000 psi) |
| Pump Power | 45 kW to 55 kW (direct-drive) |
| Cutting Speed | Up to 10,000 mm/min (rapid); material and angle dependent during 5-axis cuts |
| Positioning Accuracy | ±0.05 mm (linear); A/B axis: ±0.1° |
| Max Material Thickness | Up to 200 mm (flat cutting); varies for 5-axis bevel |
| Table Size | 3,200 x 2,200 mm (nominal) |
| Water Flow Rate | ~4.5 L/min at max pressure |
| CNC Control | WaterJet Sweden 5-axis CNC, full CAM suite, STEP/IGES/DXF/DWG import, simulation |
| Machine Weight | ~11,000 kg |
Specifications sourced from flowwaterjet.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Full 5-axis capability enables bevel cutting, weld prep, and 3D contouring in one setup
- Active taper correction produces true vertical cut faces without secondary finishing
- Integrated 5-axis CAM software with STEP/IGES import and cutting path simulation
- Large 3x2 m envelope handles full sheet processing plus complex formed-part contouring
- Eliminates secondary grinding/machining for bevel weld preparation, reducing cycle time
Limitations
- Significantly higher cost than 3-axis waterjet systems of equivalent table size
- 5-axis CAM programming is more complex and requires skilled operator or programmer
- Tilting head mechanism adds maintenance complexity compared to fixed-head waterjet systems
Best For
Frequently Asked Questions
01
The Dynamic 3020's 5-axis head typically tilts up to ±60 degrees from vertical, allowing bevel cuts across the full range of common weld preparation angles (15°, 22.5°, 30°, 45°) and beyond. The exact angular range depends on the head configuration and the clearance required above the workpiece for the head assembly.
02
Waterjet cutting inherently produces a small taper on cut edges because the abrasive jet widens slightly as it passes through material. On a standard 3-axis machine, taper is managed by slowing down feed rate. On the Dynamic 3020, the 5-axis head can tilt to apply a small counter-angle that cancels the taper angle, producing a truly vertical cut face — critical for precision parts and close-tolerance assemblies.
03
Yes. The Dynamic 3020 operates in standard 3-axis mode for all flat cutting work, with the A and B axes locked vertical. This means the machine handles everyday sheet-cutting production work as efficiently as a standard I-Cut or WJS model, with the 5-axis capability available on demand for bevel or 3D work without requiring a separate machine.
04
The Dynamic 3020 CNC and CAM software suite accepts STEP, IGES, DXF, and DWG file formats. This covers geometry import from virtually all major industrial CAD systems including CATIA, SolidWorks, NX, Creo, AutoCAD, and Inventor. 3D surface and solid geometry from STEP and IGES files can be used to program true 3D contouring tool paths.
05
The most common production application is weld preparation: cutting beveled edges on thick steel or stainless plate so that parts can be welded together with full-penetration welds without secondary grinding. A waterjet bevel cut is cleaner and faster than grinding, and the cut surface requires no post-weld cleanup of heat discoloration since waterjet cutting produces no heat. Shipbuilding and structural steel fabrication are the highest-volume industries for this application.
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