Advantage 182 Smart Camera

Advantage 182 Machine Vision Camera

Embedded Edge Intelligence for Life Sciences OEMs

The Advantage 182 is an embedded machine vision system designed for life sciences OEMs developing automated instruments that demand accuracy, repeatability, and long-term product stability. By combining traditional machine vision, barcode reading, and AI-based edge learning tools directly on the device, the Advantage 182 enables complex inspection and identification tasks to be executed at the edge with low latency and high reliability.

This all-in-one vision platform integrates easily into automated lab, diagnostic, and imaging systems, supporting applications such as visual inspection, feature verification, and code reading without the need for external processing resources.

One Platform for Inspection, Identification, and Classification

The Advantage 182 consolidates multiple vision capabilities into a single embedded device, reducing system complexity while expanding application coverage.
Integrated capabilities include:

• High-performance machine vision tools
• 1D and 2D barcode reading
• AI-driven edge learning for variable inspection tasks

This unified approach allows OEMs to address a wide range of life sciences use cases, from presence and alignment verification to color inspection and biological feature detection. Common applications include reading codes on vials and consumables, inspecting lab automation decks, and identifying features within blood or tissue samples.

Hardware Flexibility Designed for OEM Product Lifecycles

The Advantage 182 is built to support long OEM product lifecycles and evolving system requirements. A scalable hardware architecture allows OEMs to tailor optics, illumination, and mechanical integration to their application while maintaining consistency across product revisions.

Key hardware advantages include:

• Multiple optics and illumination options to match working distance and field of view requirements
• Revision-controlled components to support design stability and regulatory documentation
• Ability to reuse and adapt prior designs, reducing redevelopment time and risk

For faster prototyping and time to market, standard pre-qualified configurations are also available, enabling OEMs to quickly select proven hardware combinations for common inspection scenarios.

Embedded Edge Learning for Complex Life Sciences Inspections

The Advantage 182 includes embedded edge learning tools that simplify automation of inspection tasks with high variability. These AI-based tools are well suited for applications that are difficult to solve using rules-based vision alone.

Edge learning capabilities include:

• Pre-trained AI models optimized for industrial and life sciences use
• Minimal training requirements, often five to ten images
• Rapid retraining to accommodate process or sample variation

By performing inference directly on the device, the Advantage 182 delivers consistent inspection results with minimal system latency, supporting reliable analysis of biological samples such as blood and tissue.

Unified Vision Software Environment

The Advantage 182 uses a single, integrated software environment that allows OEMs to combine edge learning models with traditional machine vision and identification tools within the same workflow.

This hybrid approach provides flexibility and control:

• Edge learning tools address complex, variable visual patterns
• Deterministic vision and barcode tools support repeatable inspection tasks

OEMs can select the most appropriate tool for each inspection step, enabling efficient system design and predictable performance in regulated environments.

Applications Across Life Sciences Automation the Advantage 182 Machine Vision System Supports

The Advantage 182 supports a broad range of life sciences and medical automation applications.

Some applications include:

• Feature location and verification
• Defect detection and segmentation
• Object and scene classification
• Text and character reading

Typical deployment areas include:

• IVD laboratory automation systems
• Microscopy and imaging platforms
• Medical and diagnostic imaging equipment
• Automatic identification and traceability systems