Stationary cutting systems

ConSus – The Future of Waterjet Cutting: Faster, More Precise, More Efficient

ConSus revolutionizes waterjet cutting with innovative technology and a unique Water Abrasive Suspension (WAS) process. Our solution offers significant advantages over conventional methods like the Water Abrasive Injection (WAIS) system. Especially when working with the most demanding materials and large cutting depths, ConSus demonstrates its strength—enabling faster, more precise, and cost-effective processing.

ConSus Machinery
Construction steel is separated clean & efficiently

Special features

  • Only 1500 bar pressure
  • Up to 3 times faster
  • 70 % energy saving
  • 70 % quieter
  • 50 % less particle emission
  • 50 % CO² reduction
  • 50 % cost saving

Application areas

  • High strength materials
  • Brittle materials
  • Thick materials such as steels and stainless steel up to 500 mm
  • Composite materials such as CFRP and GFRP, without delamination
  • Sandwich hollow structures

Application examples

ANT | Motor Wasserschnitt

Separation cut of a 1.3 CTDi Opel engine: material mix with material thickness up to 400 mm

ANT | Musterschnitt Edelstahlplatte

Sample cut in stainless steel 1.4301 with 290 mm material thickness

Jennifer-Eileen Topke Sales

Do you have any questions?

Our sales team will be happy to help. You can reach us by phone Monday to Friday from 8 am to 4 pm.

Blog

Liam Toovey & Marco from the decom Team

Meet us at OTC Houston, Texas May, 5-8th

Join ANT AG at OTC 2025 (May 5-8, Houston) to discover cutting-edge Water Abrasive Suspension (WAS) cutting solutions for offshore decommissioning, Plug & Abandonment (P&A), and subsea operations. Our ATEX-certified technology enables precise, cold-cutting of multi-string conductors, piles, and complex offshore structures—without heat, sparks, or mechanical stress. Meet Liam Toovey (Business Development) and Marco Linde (CTO) to explore how our advanced solutions reduce downtime, enhance safety, and optimize your sustainable offshore projects.