Waterjet Sweden X-Carver 5-Axis Waterjet Cutting Machine
Key Specifications
Cutting Envelope Options
Z-Axis Stroke
5-Axis Head Tilt (A-axis)
5-Axis Head Rotation (C-axis)
Positioning Accuracy
Max Contouring Speed
Overview
The Waterjet Sweden X-Carver is a high-precision 5-axis waterjet cutting machine engineered for complex 3D contour cutting across aerospace, automotive, defense, and industrial manufacturing applications. Developed by Waterjet Sweden AB in Gothenburg, the X-Carver builds on the company's Scandinavian precision heritage to deliver a 5-axis system capable of cutting compound angles, beveled edges, and sculpted three-dimensional surfaces with tolerances that rival conventional machining processes.
At the heart of the X-Carver is a direct-drive 5-axis cutting head with A and C rotational axes providing ±60-degree tilt and 360-degree rotation. The head is mounted on a rigid Cartesian gantry with linear motor or ball screw drive options on X and Y axes, achieving contouring speeds up to 10,000 mm/min with positioning accuracy of ±0.03 mm across the full cutting area. The machine's structural frame uses finite element-optimized welded steel with epoxy granite damping sections at key joints to absorb vibration and maintain cutting accuracy at high traverse speeds.
Waterjet Sweden's proprietary Dynamic Waterjet control algorithm continuously adjusts cutting speed based on part geometry, reducing slowdowns at corners and curves while maintaining edge quality. Coupled with Waterjet Sweden's WS-CUT CAM software, the X-Carver automatically generates optimized 5-axis toolpaths from imported STEP, IGES, and SolidWorks files, including automatic taper compensation tables for each registered material and thickness combination.
The X-Carver is available in work envelopes from 2,000 x 3,000 mm to 3,000 x 6,000 mm and is powered by high-pressure pumps from 37 kW to 75 kW output. An integrated abrasive recycling system is available as an option, recovering and re-grading used garnet to reduce abrasive costs in high-volume production environments. Waterjet Sweden supports the X-Carver with European and North American service centers and offers remote diagnostics through a secure cloud monitoring platform.
Full Specifications
| Parameter | Value |
|---|---|
| Cutting Envelope Options | 2,000×3,000 mm to 3,000×6,000 mm |
| Z-Axis Stroke | 300 mm standard, 500 mm optional |
| 5-Axis Head Tilt (A-Axis) | ±60 degrees |
| 5-Axis Head Rotation (C-Axis) | 360 degrees continuous |
| Positioning Accuracy | ±0.03 mm |
| Max Contouring Speed | 10,000 mm/min |
| Pump Power Options | 37 kW (50 hp) to 75 kW (100 hp) |
| Max Operating Pressure | 60,000 psi (4,137 bar) |
| Drive System | Linear motors or precision ball screws (X/Y), ball screws (Z), direct-drive servos (A/C) |
| CNC Software | Waterjet Sweden WS-CUT with Dynamic Waterjet |
| Abrasive Recycling | Optional integrated garnet recovery system |
| Certifications | CE, ISO 9001 |
| 10 0 X 5 2 | 3.04 m x 1.57 m |
| 13 4 X 6 8 | 4.06 m x 2.03 m |
| 2 1 X 2 1 | 0.63 m x 0.63 m |
| 2 2 X 2 2 | 0.66 m x 0.66 m |
| 4 4 X 2 2 | 1.32 m x 0,66 m |
| 4 7 X 4 7 | 1.39 m x 1.39 m |
| 8 4 X 4 7 | 2.54 m x 1.39 m |
| 20 0 X 10 0 | 6.09 m x 3.04 m |
| 26 8 X 13 4 | 8.12 m x 4.06 m |
| 5 2 X 5 2 | 1.57 m x 1.57 m |
| 10 0 X 6 7 | 3.04 m x 2.00 m |
| 13 10 X 6 7 | 4.21 m x 2.00 m |
| 20 6 X 6 7 | 6.24 m x 2.00 m |
| 27 2 X 6 7 | 8.28 m x 2.00 m |
| 20 6 X 10 2 | 6.24 m x 3.09 m |
| 2 7 X 5 0 | .78 m x 1.52 m |
| 10 0 X 5 0 | 3.04 m x 1.52 m |
| 13 3 X 6 8 | 4.03 m x 2.03 m |
Specifications sourced from omax.com — verified 2026-03-28
Strengths & Limitations
Strengths
- ±0.03 mm positioning accuracy rivals machining centers, enabling precision 5-axis cuts without secondary operations
- Dynamic Waterjet control algorithm optimizes speed and path at corners and curves for consistent edge quality
- Linear motor drive option eliminates backlash and delivers highest contouring accuracy for critical aerospace work
- Optional abrasive recycling system significantly reduces operating costs in high-volume abrasive waterjet production
- WS-CUT CAM software auto-generates 5-axis toolpaths from STEP/IGES with automatic taper compensation
Limitations
- Premium Scandinavian engineering commands a higher price point than most competitors in the 5-axis waterjet segment
- Linear motor option increases machine cost further and requires higher-quality way lubrication maintenance
- Abrasive recycling system adds capital cost and maintenance complexity, beneficial only at high utilization rates
Best For
Frequently Asked Questions
01
Dynamic Waterjet continuously adjusts cutting speed as the head moves through the toolpath. At sharp corners and tight radii, it automatically slows the feed rate to prevent stream lag and edge taper errors. On straight sections, it accelerates to maximum allowable speed. This produces consistent edge quality across complex 5-axis contours without manual feed rate programming.
02
Linear motors eliminate mechanical contact between drive and carriage, removing backlash, wear, and the maintenance associated with ball screw lubrication and preload adjustment. This produces higher positioning repeatability, particularly during direction reversals, and extends the machine's accuracy specification over a longer service life.
03
Yes. Waterjet Sweden offers robot integration packages for the X-Carver, including interface protocols for KUKA, Fanuc, and ABB robot controllers. Typical integrations use a robot to load blanks and unload finished parts, enabling lights-out waterjet cutting in high-volume production environments.
04
Used garnet is collected from the catch tank, dried, and passed through a vibratory classifier that separates intact garnet grains from fines. Recovered garnet is re-introduced to the abrasive hopper at a defined blend ratio with fresh material. Typical recovery rates are 40–60%, reducing abrasive costs proportionally.
05
At 60,000 psi with a 75 kW pump, the X-Carver cuts Ti-6Al-4V titanium alloy at approximately 200 mm/min at 25 mm thickness with a quality 2 (smooth) finish. At 50 mm thickness, production rates are approximately 80–100 mm/min. Exact rates depend on orifice and nozzle diameter selection.
