Our Commitment

Our commitment to manufacturing excellence takes several forms. One is the continuous implementation of advanced waterjet cutting technologies throughout our product offering, which deliver significant cost benefits to our customers. Moreover, these technologies are applied within our own manufacturing facilities, proving that competitive manufacturing is possible anywhere around the globe.

Advanced Intensifier Technology

AccuStream’s AIT Technology combines innovative design, quality manufacturing, and carefully selected materials to maximize maintenance intervals, simplify component replacement and minimize cost of operation. This unique technology is available in every one of our waterjet machines.

Hover your mouse over a number below for details.

A2 Abrasive Waterjet Cutting Head

The A2 is the latest manufacturing and engineering excellence from AccuStream. The A2 offers superior performance over other industry-standard. All components are designed to ensure precise alignment for the most concentric waterjet stream achievable. The A2 allows use of diamond or ruby orifices and is the only waterjet cutting head specifically designed for use of both. Precise alignment of the orifice to the nozzle ensures maximum power for delivery to the cutting surface. This extends component life and increases cutting speeds.

  1. Carbide lined inlet tubes
  2. Diamond or ruby orifices
  3. Carbide orifice guard
  4. Tool-less nozzle changes
  5. Roctec 100 abrasive nozzles technology

Abrasive Regulator II

A very important factor for cutting edge quality is the accuracy and stability of the abrasive flow rate. The Accustream Regulator II is designed to ensure peak waterjet cutting performance. The Regulator II’s compact abrasive metering system delivers the precise amount of abrasive needed to the waterjet cutting head at maximum speed. The system is positioned close to the cutting head which decreases the distance the abrasive travels and guarantees a smooth cut, while curtailing the abrasive that is wasted on inefficient cutting.