Create 3D Models
Build Digital Records of Infrastructure and Ecosystems
Fast, accurate and reliable
From Images to 3D Models
The intuitive bridge between raw underwater footage and accurate 3D models.
At Aqualens, our core philosophy is simple: We build underwater image acquisition software that is incredibly sophisticated on the inside, yet effortless to operate on the outside.
Unlocking Multi-Camera Scalability
High-fidelity subsea metrology relies on excellent geometry. Whether your project requires a single camera for a rapid structural inspection or a synchronized multi-camera array for millimeter-accurate 3D modeling, our software scales to match your scope.
- Single to Multi-Camera Control: Seamlessly interface with one or many cameras simultaneously through a unified, clean dashboard.
- The Universal Handshake: Our software acts as the dedicated frontend for your subsea operations. It organizes, calibrates, and optimizes image datasets so they can be fed directly into leading backend photogrammetry processing suites.
- Real-Time Data Confidence: Reduce the risk of costly re-surveys. Our acquisition interface gives operators immediate confidence that they have captured the necessary coverage and overlap before recovering the equipment.
25 Years of Subsea Expertise, Built Into Every Line of Code
Optimize Your Subsea Workflow
Why Choose Aqualens Studio Software
Why Use 3D models
Beyond Imagery: Actionable 3D Intelligence
Images and videos may show you a problem; but 3D models give you the exact dimensions to solve it.
Built on decades of high-precision underwater photogrammetry, our workflows transform visual data into reliable, sub-millimeter accuracy – minimizing rework and securing better financial outcomes.
Our foundational expertise is built on decades of pioneering underwater photogrammetry—an environment where image quality or calibration can fails the mission. We bring that same uncompromising precision to your operational and financial outcomes.
Advantages of 3D models
3D models help us understand objects better and provide useful details that images and videos don’t.
You can extract correct dimensional information that is almost impossible to extract from images and videos.
Depth Perception: 3D models provide a sense of depth, allowing you to see the spatial relationships between different parts of the model. This makes it easier to understand the structure and dimensions of an object.
Interactivity: You can interact with 3D models by rotating, zooming, and viewing them from different angles. This interactivity helps you to explore and understand the model more thoroughly.
Realism: 3D models can be more realistic and detailed, which can make it easier to visualize and comprehend complex objects or scenes.
Context: 3D models can show how different components fit together in a way that 2D images often cannot. This is particularly useful in fields like engineering, architecture, and medicine.
Enhanced Learning: Studies have shown that 3D models can improve learning and retention, as they engage multiple senses and provide a more immersive experience.
Camera systems
This allows the system to generate high‑resolution, highly accurate 3D models of stationary or moving objects.
Multi-camera systems are, without a doubt, the preferred option for precision and accuracy, as well as for secure, fast fieldwork. Read more here.
Key Capabilities
Methodology
We use an innovative technique that extracts spatial data, such as the size and position of objects, from two-dimensional images. This method is highly versatile and can be applied in various activities where dimensions, angles, and surfaces are required.
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