WaterJet Sweden I-Cut 1530
Key Specifications
Table Size
Accuracy
cutting area
pump pressure
pump power
cutting speed
Overview
The WaterJet Sweden I-Cut 1530 is a professional-grade CNC waterjet cutting system designed for industrial fabrication shops and job shops seeking reliable, high-accuracy abrasive waterjet cutting on a mid-sized worktable. With a cutting envelope of 1,500 mm x 3,000 mm, the I-Cut 1530 occupies a proven form factor that suits a wide range of plate materials — steel, aluminum, stainless, titanium, glass, stone, and composites — without requiring the floor space of a large-format machine.
WaterJet Sweden, based in Ronneby, Sweden, has built a strong reputation in the European and global waterjet market for engineering machines that prioritize cutting quality, ease of maintenance, and long-term reliability. The I-Cut series represents the company's core offering for production environments: a rigid, all-welded steel frame construction that minimizes vibration and maintains geometric accuracy over years of high-volume operation. The gantry design uses precision linear guides and rack-and-pinion drives on both X and Y axes, delivering smooth coordinated motion even at aggressive cutting feed rates.
The I-Cut 1530 is typically paired with a 37 kW or 45 kW direct-drive pump operating at pressures up to 4,000 bar (58,000 psi). This ultra-high-pressure capability allows the machine to cut through thick steel plate efficiently while maintaining narrow kerf widths, reducing abrasive consumption per cut. The cutting head accepts standard abrasive nozzle assemblies, and the system is designed for quick nozzle changes to minimize downtime between materials or after routine wear. Garnet abrasive delivery is handled via a pressurized hopper system with flow metering to ensure consistent abrasive dosing at the cutting head.
Control is provided via a dedicated WaterJet Sweden CNC controller with an intuitive touchscreen interface, integrated CAM nesting software for efficient sheet utilization, and import capability for DXF and DWG files directly from CAD systems. The controller manages pierce sequencing, taper compensation, and feedrate optimization automatically, reducing operator setup time. A motorized Z-axis with automatic standoff control maintains optimal cutting head distance above the workpiece, which is particularly valuable when cutting warped or inconsistently thick plate material.
The I-Cut 1530 is well suited for job shops, metal service centers, fabricators, and OEM manufacturers who process a variety of materials and thicknesses daily. Its competitive strengths include robust European build quality, a straightforward maintenance architecture, and strong local service support in key markets. The machine's open-tank design simplifies workpiece loading and unloading, while an integrated sump and abrasive removal system keep the work area manageable. For shops looking to bring waterjet cutting in-house at a proven worktable size without overcomplicating the purchase decision, the I-Cut 1530 delivers a strong balance of capability and value.
Full Specifications
| Parameter | Value |
|---|---|
| Cutting Area | 1,500 x 3,000 mm (59" x 118") |
| Pump Pressure | Up to 4,000 bar (58,000 psi) |
| Pump Power | 37 kW or 45 kW (direct-drive) |
| Cutting Speed | Up to 10,000 mm/min (rapid); material-dependent cutting feed |
| Positioning Accuracy | ±0.05 mm |
| Max Material Thickness | Up to 200 mm (material-dependent) |
| Table Size | 1,600 x 3,100 mm (nominal) |
| Water Flow Rate | ~3.8 L/min at max pressure |
| CNC Control | WaterJet Sweden proprietary CNC with touchscreen, DXF/DWG import |
| Machine Weight | ~6,500 kg |
| 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
- Rigid all-welded steel frame provides long-term accuracy and low vibration
- Ultra-high-pressure 4,000 bar pump delivers efficient thick-plate cutting
- Intuitive touchscreen CNC with integrated nesting/CAM reduces programming time
- Proven 1530 format suits a wide range of standard plate sizes
- Strong European build quality with straightforward maintenance access
Limitations
- Higher capital cost compared to some Asian-manufactured waterjet systems
- Abrasive and nozzle consumable costs are ongoing operational expenses
- Pump ultra-high-pressure seals require scheduled preventive maintenance
Best For
Frequently Asked Questions
01
The I-Cut 1530 can cut virtually any material, including steel, stainless steel, aluminum, titanium, copper, brass, glass, ceramic, stone, rubber, foam, and composite materials. Abrasive waterjet cutting produces no heat-affected zone, making it suitable for heat-sensitive alloys and laminates.
02
Maximum practical thickness is approximately 200 mm for steel, though this depends on material type and acceptable edge quality. Softer materials like foam or rubber can be cut at greater thicknesses. Cutting speed decreases significantly as material thickness increases.
03
Yes. The machine's CNC controller includes integrated CAM and nesting software that accepts DXF and DWG files. Operators can import geometry directly from CAD systems, arrange parts on the sheet for material efficiency, and generate cutting programs without a separate CAM workstation.
04
Routine maintenance includes replacing ultra-high-pressure pump seals and check valves on a scheduled basis, inspecting and replacing the abrasive nozzle and focusing tube (orifice and nozzle wear with use), and managing the abrasive removal system. WaterJet Sweden designs the I-Cut for accessible maintenance to minimize machine downtime.
05
Waterjet cutting produces no heat-affected zone and no thermal distortion, which is critical for hardened steels, reflective metals like copper and brass, and stacked or laminated materials where lasers struggle. Fiber lasers cut thin steel faster, but for thickness above ~25 mm or for mixed materials, waterjet is often the more versatile and cost-effective choice.
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