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Aquajet

Aquajet is a hydrodemolition equipment line that uses high-pressure water jets and carrier robots to remove concrete selectively on bridges, tunnels, and industrial structures while preserving rebar.

Aquajet AB, based in Sweden, designs hydrodemolition pumps, robotic carriers, and water-treatment add-ons for contractors who must strip damaged or contaminated concrete without microcracking sound substrate. The method replaces handheld breakers on many jobs by eroding concrete with pressurized water directed through robotic arms (Aquajet, 2026).

Product families span diesel and electric pump units plus tracked or modular robots such as the Aqua Cutter range for vertical, overhead, and confined work. Marketing materials emphasize adjustable impact angles, remote operation for crew safety, and productivity on large deck or tunnel repairs compared with manual demo.

Supporting gear includes wastewater recycling systems so sites can manage slurry instead of releasing it untreated. The firm publishes a periodic product catalogue and appears at concrete and infrastructure trade events such as World of Concrete (Aquajet, 2026).

Customers include specialist contractors and rental fleets serving infrastructure owners; case studies quote faster acceptance after operators see robotic precision versus traditional methods on demanding removals (Aquajet, 2026).

Specifications

Pricing

Enterprise quote

Platforms

Web

Used for

Bridge deck rehabilitationTunnel lining repairSelective concrete removalHydrodemolition rental

Used by

Concrete repair contractorsInfrastructure maintainersIndustrial plant ownersRental equipment providers

Tasks

Concrete removalSurface preparationRebar exposureSlurry handlingRemote demolition

Pros and cons

Pros

  • Selective removal limits damage to sound concrete and steel
  • Robots keep operators away from the immediate danger zone
  • Electric and diesel options for indoor or outdoor rules
  • Established catalog and global distributor footprint

Cons

  • Requires water supply, pumping, and often wastewater handling
  • Higher equipment cost than handheld breakers for small patches
  • Productivity depends on geometry, access, and pump sizing
  • Noise and logistics differ from dry methods; plan staging

Key features

  • Hydrodemolition pumps: High-pressure units sized for different flow and pressure needs on site.

  • Aqua Cutter robots: Remote-controlled carriers that guide jets across decks, walls, and ceilings.

  • Water treatment: Optional systems to handle slurry from hydrodemolition in sensitive environments.

  • Product catalogue: Printed and online catalog for comparing robot and pump configurations.

  • Training and support: Dealer network for commissioning, parts, and operator guidance.

Pricing

Equipment purchase or lease

Contact sales

Pricing is quote-based through dealers. Request a proposal for pump, robot, and accessory bundles.

Frequently asked questions

What is hydrodemolition?

Hydrodemolition uses ultra-high-pressure water jets to break concrete without impacting rebar the same way impact tools can. Aquajet couples pumps with robotic arms to automate the pattern and depth of removal.

Is Aquajet only for horizontal decks?

The lineup includes robots aimed at walls, ceilings, and complex profiles, not only bridge decks. Model guides describe maximum reach and mounting options for different faces.

Does Aquajet sell pumps without robots?

Yes. The catalog lists hydrodemolition pumps as a category separate from robots so teams can match power units to existing carriers or job constraints.

How do you handle wastewater?

Aquajet markets wastewater treatment systems alongside demolition robots so crews can close the loop on slurry, which matters near waterways or in enclosed spaces.

Where is Aquajet based?

Company materials identify Aquajet as a Swedish supplier with worldwide distribution through partners and trade-show presence.

Aquajet vs handheld breakers for bridge work?

Hydrodemolition trades fuel, water, and pump logistics for predictable depth control and less microcracking on substrate. The better fit depends on spec, access, schedule, and environmental rules on the bridge.

Tutorials and learning

Sources