The Imaging FlowCytobot (IFCB) uses a combination of flow cytometric and video technology to capture high resolution (up to 1 μm) images and optical data of suspended particles in-flow, from the aquatic environment. IFCB images can be used to classify organisms to the genus or species level with accuracy comparable to that of human experts, which makes the IFCB well suited to phytoplankton monitoring programs.
• Maximum depth: 40m.
• Sample rate: 15mL/hr. Generates up to 30,000 high resolution images per hour (target population dependent). Continuous sampling for up to 6 months.
• Options: Automated or interactive image collection schedule. Anti-fouling and periodic standard analysis monitors sampler performance.

Up to 25-hour mission duration
Speeds up to 4.2 knots
Increased module payload capacity
Search and recovery
Hydrography
Deep sea mineral exploration
Marine & Fisheries research
The Large Volume Water Transfer System (WTS-LV) collects a single suspended particulate sample in situ onto 142mm filter media. Collection studies include particulate trace metals and hydrothermal vent sampling. Flow...
Read moreThe Parflux Sediment Trap collects the export flux of settling particles in oceans and lakes. The wide collection funnel features a hexagonal grid top. The Sediment Trap stores samples in...
Read moreThe McLane Moored Profiler (MMP) vertically profiles the water column at 25cm/sec, traveling along a fixed wire carrying an array of sensors. Profiling depth, time intervals, and pressure stops are...
Read moreEOFY Highlights: Recognising the Achievements of the BlueZone Commercial Team
As we close out another financial year, it’s the perfect moment to reflect on the dedication, passion, and hard work that has defined the BlueZone Group Commercial Team over the...
Read MoreGreensea IQ assert control beneath the waves
$18m contract award will hand divers control of seabed survey and EOD. Since 2023, Greensea IQ has been helping armed forces take control of one of the most difficult...
Read MoreBeyond Line-of-Sight: Enabling Over-the-Horizon Autonomy with USV Relay Architectures
As maritime operations push further into contested and communications-limited environments, the question, “can the Royal Australian Navy project autonomous capability beyond the horizon?”, is looming large. BlueZone Group and SeeByte...
Read More