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Visum HSI™ – Hyperspectral Imaging System

The Visum HSI™ is a cutting-edge Hyperspectral Imaging System that provides real-time, pixel-by-pixel physical-chemical analysis directly on the production line. By combining NIR or Vis-NIR spectral imaging with advanced data processing, it delivers unparalleled precision in detecting foreign bodies, quantifying composition, sorting materials, and optimizing processes. Designed for seamless integration into conveyor-based operations, it ensures maximum quality, safety, and efficiency across industries such as food, recycling, wood, and textiles.
IRIS Technology offers turnkey solutions, adapting the Visum HSI™ to each production environment, belt width, and speed. The system easily integrates with PLC, SCADA, and rejection systems, guaranteeing reliable in-line monitoring, sorting, and control.

Feauters
  • Foreign Body Detection – Identifies paper, plastics, rubber, metals, and other contaminants.
  • Quantitative & Qualitative Analysis – Provides chemical composition and physical parameters with spatial resolution.
  • Homogeneity & Distribution Control – Ensures correct dosage and ingredient distribution per product unit.
  • Flexible Technology – Available in NIR (900–1700 nm) or Vis-NIR (400–1000 nm).
  • Unlimited Adaptability – Configurable for any belt width and speed (>30 m/min).
  • Industrial Integration – Compatible with PLC, SCADA, rejection systems.
  • Robust Design – IP69 protection for harsh environments.
  • Enhanced Quality & Safety – Protects product integrity and brand image.
Applications
  • Food Industry
    Detection of foreign bodies.
    Analysis of fats, proteins, fibers, moisture, texture, and color.
    Product homogenization and recipe optimization.
  • Recycling & Circular Economy
    Sorting of plastics, multilayer films, and polymers.
    Monitoring of organic and inorganic waste.
    Material characterization and classification.
  • Wood Industry
    Moisture monitoring of particleboards.
    Resin quantification and curing factor classification.
    Detection of anomalies, defects, and foreign bodies.
Specifications
Parameter Specification
Acquisition Mode Push-broom (line-by-line scanning)
Spectral Range 900–1700 nm (NIR) / 400–1000 nm (Vis-NIR)
Spectral Channels >256
Pixels per Line >320
Acquisition Speed >300 lines/s
Belt Speed >30 m/min
Acquisition Geometry Diffuse reflectance
Inspection Area No limitations
Ingress Protection IP69
Connectivity Ethernet (TCP/IP)
User Interface External PC-based
Data Output Ethernet (TCP/IP), Modbus, Profinet, Profibus
Operation Mode Slave / Continuous