1010 5 aixs small waterjet cutting machine for marble cutting waterjet machine factory

For marble fabricators seeking precision and versatility, the 1010 5-axis small waterjet cutting machine offers a compact yet powerful solution. Designed specifically for natural stone like marble, granite, and travertine, this machine combines the footprint of a standard 1m x 1m work envelope with the advanced capability of 5-axis cutting head motion – a feature rarely found in entry-level waterjets.

Why 5-axis for marble?

Traditional 2-axis or 3-axis waterjets cut only perpendicular to the material surface, producing straight edges. Marble countertops, inlays, and curved vanities often require beveled edges, miter joints, or undercut profiles for seamless installation. The 1010's 5-axis head tilts and rotates the cutting stream (up to ±60°), allowing you to cut angled edges, tapered holes, and complex 3D contours in a single setup – no secondary grinding or routing.

Features of this machine pump

1: Star-delta starting program, designed to reduce starting impact, protect motors and electrical equipment, and save on electricity costs. 

2: Omron PLC, featuring a built-in booster pump starting program. 

3: Convenient and responsive push-button switches; the emergency stop button is strategically placed for easy access, ensuring stable and reliable operation. 

4: Equipped with inlet pressure gauges and oil pressure gauges, allowing real-time monitoring of equipment performance. 

5: Utilizes standard-compliant hydraulic hoses—four-layer steel-reinforced high-pressure hoses capable of withstanding pressures up to 38 MPa. 

6: Ultra-high-pressure hydraulic lines with exceptional tensile strength and burst resistance. 

7: Standard high-pressure fittings; each fitting has a corresponding part number and is interchangeable with internationally compatible components.

Key advantages for marble cutting:

Zero heat-affected zone – No micro-cracking or discoloration, preserving marble's natural veining.

No tool wear – Uses only water and abrasive garnet; no diamond blades to replace or resharpen.

Nesting efficiency – The 1010's small bed is ideal for cutting tiles, bookmatches, and small slab pieces with minimal kerf loss (0.03").

Intricate inlays – Cut sharp inside corners (0.04" radius) for detailed patterns impossible with CNC routers.

Do you provide training on how to operate the machine safely?

Can your machines run without staff?

Short answer: Yes, partially – but not completely unattended.

Modern waterjet cutting machines can operate for extended periods with minimal staff intervention, but true "lights-out" (zero staff) operation has limitations due to the nature of the process.

What can run automatically:

• Cutting programs – Once a sheet is loaded and the program starts, the machine will follow the CNC path automatically.

• Multi-layer or stacked cutting – You can cut multiple thin sheets at once, extending runtime.

• Overnight cutting – With a large enough water tank and full abrasive hopper, the machine can run 4-8 hours unattended for simple, repetitive parts.

What prevents full autonomy:

• Abrasive refill – Garnet hoppers typically last 1-4 hours depending on cutting intensity. When empty, the machine stops.

• Nozzle wear – Mixing tubes and orifices wear gradually, affecting cut quality. A worn nozzle won't cut through material – someone must inspect and replace it.

• Material loading/unloading – Most waterjets require manual sheet placement or a robotic loader (expensive add-on).

  
  

Semi-automated solutions:

• Large hoppers (200+ lbs) – Extend runtime to 8-12 hours.

• Automatic abrasive delivery systems – Continuously refill from bulk bags.

• Slat cleaners & part retrieval – Reduce but don't eliminate staff presence.

• Camera monitoring – Allows one person to watch multiple machines remotely.

Bottom line: You can leave a waterjet running for a few hours unattended for simple jobs, but daily staff checks are still required for refills, nozzle maintenance, and quality verification. For true "lights-out" cutting, laser or CNC routers are better suited – but they can't cut marble or thick steel without heat damage.