OMAX 2652 Jet Machining Center

$100,000 – $200,000 Updated 2026-03-17

Key Specifications

Accuracy

±0.076 mm (±0.003 in)

cutting area

660 x 1,321 mm (26 x 52 in)

pump pressure

Up to 60,000 psi (4,137 bar)

pump power

30–50 hp (22–37 kW), direct-drive

max cutting thickness

Up to 152 mm (6 in) depending on material

cutting speed

Up to 5,080 mm/min (200 in/min) on thin materials

Overview

The OMAX 2652 Jet Machining Center is a mid-size abrasive waterjet system offering a 26 x 52 inch (660 x 1,321 mm) cutting envelope — compact enough for shops with limited floor space, yet capable of processing most standard plate sizes commonly used in job shop, R&D, and fabrication environments. As one of OMAX's most popular platforms, the 2652 delivers the same proven direct-drive pump technology and Intelli-MAX software as larger OMAX systems in a more accessible, lower-cost package that fits within the budget of small to mid-sized shops entering abrasive waterjet.

The 2652 operates with OMAX's direct-drive pump systems, typically configured at 30 to 50 horsepower for this platform, generating pressures up to 60,000 psi. The Intelli-MAX software suite provides full CAD import, automatic tool path generation, and material-specific cutting parameter databases, allowing operators to import DXF or DWG files and begin cutting with minimal setup. The integrated PC-based control runs on standard Windows hardware, simplifying updates and networking into shop CAD/CAM environments.

Despite its smaller cutting envelope, the 2652 delivers the same edge quality, precision, and material flexibility as larger OMAX platforms. Positioning accuracy of ±0.076 mm (±0.003 in) supports the production of precision components in steel, aluminum, titanium, stone, glass, and composites. The optional Tilt-A-Jet cutting head is available for the 2652, providing taper compensation for square-edge cuts on thicker materials. An optional rotary axis enables cutting of cylindrical and curved workpieces.

The OMAX 2652 is frequently compared to the OMAX 55100 and entry-level Flow and WARDJet systems. Its strongest selling points are OMAX's software simplicity, the reliability of the direct-drive pump in a lower maintenance configuration, and the manufacturer's North American support infrastructure. New 2652 systems typically price from $100,000 to $200,000 depending on pump power, head options, and catcher tank configuration — making it one of the most accessible entry points into professional abrasive waterjet cutting.

Full Specifications

Parameter	Value
Cutting Area	660 x 1,321 mm (26 x 52 in)
Pump Pressure	Up to 60,000 psi (4,137 bar)
Pump Power	30–50 hp (22–37 kW), direct-drive
Max Cutting Thickness	Up to 152 mm (6 in) depending on material
Positioning Accuracy	±0.076 mm (±0.003 in)
Cutting Speed	Up to 5,080 mm/min (200 in/min) on thin materials
Control System	OMAX Intelli-MAX Software Suite (Windows-based PC control)
Machine Weight	Approx. 2,700 kg (6,000 lb) with full tank and garnet

Strengths & Limitations

Strengths

Compact 26x52 in footprint fits in shops with limited floor space while still handling most standard plate sizes used in job shop and fabrication work
OMAX Intelli-MAX software is widely regarded as the most user-friendly waterjet control system, reducing operator training time significantly
Direct-drive pump technology provides lower long-term maintenance costs and higher energy efficiency compared to intensifier pump competitors
No heat-affected zones, no tooling changes, and no hard tooling costs make the 2652 highly flexible across diverse material types and thicknesses

Limitations

26x52 in cutting area is too small for full sheet processing — shops regularly cutting 4x8 ft or 5x10 ft sheets will need a larger model
Garnet abrasive and consumable costs (orifice, focusing tube) add $15–35 per hour of cutting time that must be factored into job costing
Lower pump horsepower (30–50 hp) limits cutting speed on thicker materials compared to higher-powered large-format systems

Best For

Job shops and R&D facilities needing a versatile multi-material cutting system within a compact footprint and mid-range budget Prototyping and short-run production of precision metal parts where heat-affected zones from laser or plasma are unacceptable Educational and training facilities introducing students to CNC waterjet technology with a production-capable yet accessible platform Shops processing smaller workpieces in exotic materials — titanium, Inconel, composites — where waterjet's material flexibility is the primary driver

Frequently Asked Questions

01 Is the OMAX 2652 suitable for production work or just prototyping?

The OMAX 2652 is fully production-capable. Many shops run 2652 systems in production environments for moderate-volume part runs. The Intelli-MAX software supports batch nesting, automated parameter selection, and queue management. For very high-volume production requiring maximum throughput, larger dual-head systems or higher-horsepower configurations are more efficient, but the 2652 is a legitimate production machine for small-to-mid volume applications.

02 What is the difference between the OMAX 2652 and larger OMAX models?

The primary differences are cutting area and available pump power. The 2652 offers a 26x52 in envelope vs. the 60120's 60x120 in envelope. Larger models support higher-horsepower pumps (up to 100 hp) for faster cutting on thick material. The software, pump technology, accuracy, and edge quality are essentially identical across the OMAX line — the choice is driven by workpiece size and throughput requirements.

03 What utilities does the OMAX 2652 require?

The 2652 requires three-phase electrical power (typically 200–480V), a water supply with adequate pressure and flow (municipal water is acceptable with appropriate filtration), drain for tank water, and compressed air for pneumatic components. Garnet abrasive storage and handling infrastructure is also needed. The machine does not require special foundation work for most commercial or industrial floors, but floor load capacity should be confirmed given the weight of water in the catcher tank.

04 Can the OMAX 2652 cut titanium and aerospace alloys?

Yes. Abrasive waterjet is one of the preferred processes for cutting titanium and aerospace alloys because it generates no heat (no thermal distortion or metallurgical changes), no work hardening, and no burr on most materials. The 2652 cuts Ti-6Al-4V, Inconel 718, Hastelloy, stainless steel, and other aerospace alloys routinely. Edge quality meets most aerospace fabrication requirements without secondary finishing on many applications.

05 How long does it take to learn to operate the OMAX 2652?

Most operators can produce simple parts within a few hours of training. Intelli-MAX's intuitive interface guides users through importing a drawing, selecting material and thickness, and generating a cutting path. OMAX provides comprehensive training resources and their dealer network offers hands-on training. Programming complex parts with multiple features, nesting, and quality optimization typically requires a few weeks of practice to master fully.