Visum DeepSight™ - Machine Vision System

The Machine Vision System Visum DeepSight™ detects, classifies and rejects. Delivers the best quality every time.

REQUEST A QUOTE

Visum DeepSight™ is an industrial machine vision system assisted by deep learning for colorimetric and morphological quality control and the detection of complex defects and indeterminate variations in different products.

The deep learning technology of Visum DeepSight™, unlike deterministic algorithms, allows to obtain results where traditional machine vision systems are not capable and has many applications in industry, such as the detection of foreign bodies or defective units in food, packaging control, labeling, intolerable color differences in different products - even textiles, plastics, ceramics - or the objective quantification of faults or defects in order to calculate a fair price for the various quality grades of a product. IRIS Technology develops turnkey industrial machine vision systems for a wide range of applications. Visum DeepSight™ combines machine learning models and algorithms with a lighting and optical system resulting from more than a decade of leading the sector and accompanying the industry in different challenges.

detection of defects in fish

Main Features

  • Detection of quality defects for sorting or rejection.
  • Detection of surface foreign bodies.
  • Classification and quantification of defects.
  • Fast and economical integration to the production line.
  • Communication with information systems.
  • Antireflex system.
  • Visum® software, computer system and touch screen.

Sectors

Food

  • Control of defects in grains, dried fruits, fish loins
  • Detection of foreign bodies on the belt and in the product.
DOWNLOAD E-BOOK

Other Industries

  • Label control.
  • Bottling inspection.
DOWNLOAD E-BOOK
Coming Soon Coming Soon

Visum Raman In-Line™ - Raman Spectroscopy

Industrial analyzer based on Raman spectroscopy for in-line and real-time process control.

REQUEST A QUOTE

The Visum Raman In-Line™ analyzer, which operates on the basis of Raman spectroscopy, is a powerful tool that provides quantitative and qualitative information on a wide variety of substances and mixtures in just seconds, even those containing water, quickly and efficiently. It is non-destructive and requires no sample preparation.

Visum Raman In-Line™ is a process analytical technology (PAT) tool for the pharmaceutical, biopharmaceutical, plastics, chemical and other industries that allows continuous and safe control, reducing design or manufacturing costs, quality control and time to market. It integrates with process machinery and plant information systems. Raman spectroscopy - unlike NIR spectroscopy - is particularly suitable for aqueous and relatively homogeneous media as well as for the characterization of mixtures involving inorganic compounds. It is therefore a complementary tool to NIR spectroscopy.

Raman Spectroscopy in-line analyzer

Main Features

  • Identification of APIs and excipients
  • Process monitoring and characterization in bioreactors
  • Contamination detection
  • Crystallization process monitoring
  • Core content and coated commitment prediction
  • Polymerization process control

Sectors

Pharma

  • Quantification of APIs and excipients in real-time.
  • Quantitative analysis of formulations
  • Process monitoring and characterization in bioreactors
  • Contamination detection
  • Crystallization process monitoring
  • Core and coated tablet content prediction.
DOWNLOAD E-BOOK

Other industries

DOWNLOAD E-BOOK
Coming Soon Coming Soon

Visum_HPR_S1

Visum HPR-S1™

Mobile real-time hyperspectral imaging system for on-line and continuous monitoring of critical quality parameters.

REQUEST A QUOTE

Mobile Hyperspectral Imaging System (HSI) conceptualised to work where product information about chemical composition and spatial information is required at different locations in the factory.

Visum HPR-S1™ es un sistema hiperespectral de alta precisión diseñado para entornos industriales.

NIR HyperSpectral Imaging

Main features

  • Continuous and real-time monitoring
  • On surface foreign bodies detection
  • Fraud detection
  • Unexpected Anomaly Detection: Early warning in the event of unexpected changes in the product’s composition that cannot be detected by dedicated chemical analysis
  • Non-destructive testing
  • No sample preparation.
  • Product standardization.
  • Fraud detection
  • Reduction of production costs
  • Continuous analysis
  • Improvement of quality and safety.
  • Higher performance.
  • Fewer customer complaints.
  • Brand image protection.

Sectors

Food

DOWNLOAD E-BOOK
Show Technical specifications Hide Technical specifications

Sensor

CMOS

Speed

60 m/min

Dimensions

1.8m x 1.9m x 1m

Capacity

30 ton/hour

Weight

200 kg

Consumption

2.000W

IP Protection

IP67

Configurations

Conveyors 400mm, 500mm & 600mm Width

PC

A7 Dual-Core ARM Ⓡ

User Interface

Touchscreen 15’’

Data Output

Profibus DP RS485, Modbus Ethernet (TCP/IP)

Food Industry

Visum HSI™ - Hyperspectral Imaging System

Spatially resolved chemical vision. Hyperspectral imaging system (HSI) for physical chemical analysis, detection and sorting in real time. Make it perfect.

REQUEST A QUOTE

VISUM HSI™ is the most robust and versatile Hyperspectral Imaging System (HSI) on the market. It is designed to be integrated into any production line and provides pixel-by-pixel physical chemical information of everything that passes over the conveyor belt.

IRIS Technology is a pioneer in the design of turnkey hyperspectral imaging systems for in-line control of various industrial processes. The NIR or Vis-NIR combination of the Visum HSI™ hyperspectral imaging system allows it to adapt to the characteristics of each product and to the client's needs to perform multiple operations, including foreign body detection, quantitative and qualitative analysis and sorting of food, sorting of organic and inorganic waste, recovery and recycling of plastics, textiles, among other applications, industries and processes.

Imagen Hiperespectral

Main features

  • Detection of superficial foreign bodies in the production line (paper, cardboard, rubber, plastics, metals, among others).
  • Quantitative and qualitative analysis with spatial distribution of each product unit passing over the conveyor belt.
  • Control of homogeneity, distribution and quantity of ingredients desired in each product unit.
  • Versatile technology: NIR or Vis-NIR.
  • IRIS Technology’s hyperspectral imaging systems adapt to the required belt width and speed without limitations.
  • Integrated with all types of PLC, rejection system and SCADA.
  • Improvement of quality and safety.
  • Brand image protection.

Sectors

Food

DOWNLOAD E-BOOK

Recycling / Circular Economy

  • Characterization, quantification and classification of polymers.
  • Sorting of plastics in recycling.
  • Recovery of multilayer plastics.
  • Monitoring and sorting of organic and inorganic waste
DOWNLOAD E-BOOK

Woodworking

  • Moisture monitoring of particleboards in the impregnation line.
  • Curing factor classification of wood boards.
  • Quantification of wood chips flow for process control.
  • Quantification or classification of resins.
  • Detection of anomalies, defects and foreign bodies.
  • Read more about NIR applications in the wood industry.
DOWNLOAD E-BOOK
Show Technical specifications Hide Technical specifications

Acquisition mode

Push-broom (the field-of-view is scanned line by line)

Spectral range

900 -1700 nm / 400-1000 nm

Number of spectral channels

>256

Number of pixels / line

>320

Acquisition speed

> 300 lines/s

Belt speed

>30 m/min

Acquisition geometry

Diffuse reflectance

Inspection area

No limitations

Ingress protection

IP69

Basic connectivity

Ethernet (TCP/IP)

User interface

External PC-based

Data output

Ethernet (TCP/IP), Modbus, Profinet, Profibus

Operation mode

Slave / Continuous

Technology NIR

VISUM Palm™ - Portable NIR

Portable NIR analyzer for use in the field or at different points in the manufacturing process, from raw material to final quality control.

REQUEST A QUOTE

The VISUM Palm™ is a portable, easy-to-use NIR equipment for real-time chemical composition determination of a wide variety of materials and mixtures, thus reducing laboratory analysis times, production costs, lead time and minimizing risks in the production chain.

VISUM Palm™ combines the most powerful spectrophotometer on the market, a unique optical and light system and a large 10 mm measuring spot for accurate and quality analysis, even in the face of hereogeneities and challenging applications. It has an autonomy of 5 hours of intensive use, full Wi-Fi connectivity and does not require sample preparation, specialized personnel or specific probes. Among its most popular applications are the verification and control of raw materials, anomaly detection, food analysis, quantitative and qualitative determinations of APIs and excipients as well as the identification of polymers, classification of plastics, among other materials and products.

Main features

  • Robust, accurate and designed for industrial environments and field use.
  • Excellent repeatability and accuracy of measurement.
  • Determination of multiple parameters with a single instrument.
  • Quantitative and qualitative determinations.
  • Non-destructive analysis without sample preparation.
  • Use does not require highly skilled operators.
  • A 10 mm measurement spot to mitigate heterogeneities and obtain more chemical information.
  • Ethernet / Wi-Fi connection.

Sectors

Food

  • Control of quality parameters in fruits, vegetables, minced meat, pastries and bakery products, oils, powders, flours and other food products.
  • Rapid raw material verification
  • Typical particle size
DOWNLOAD E-BOOK

Pharma

  • Identification of APIs and excipients.
  • Particle size determination.
  • At-line control of formulation content uniformity.
  • Control of the coating process of microgranulated forms.
  • At-line determination of the end point of unit processes.
  • Raw material identification and anomaly detection.
DOWNLOAD E-BOOK

Other Industries

DOWNLOAD E-BOOK
Show Technical specifications Hide Technical specifications

Sensor

InGaAs Photodiode array

Spectral Range

900 - 1700 nm

Typical single spectrum acquisition time

10 ms

Spectral resolution

3 nm

Spot size

10 mm

Acquisition geometry

Diffuse reflectance, interactance and transflectance (with a dedicated holder)

Weight

1.9 kg

Ingress protection

IP64

Power supply for charging the battery in the dock station

230 VAC (1-phase). Consumption < 100W

Light source lifetime

1 year (standard use)

Battery life

5 hs

Basic connectivity

Ethernet (TCP/IP) / Wi-Fi

Built-in computer

A7 Dual-Core ARM Ⓡ

User interface

Built-in 5.3 inch resistive touchscreen and manually operated trigger for acquiring the spectra

Visum NIR In-Line™ - NIR Analyzer

In-line and real-time NIR analyzer: accurate and continuous measurements for process optimization and quality control in the plant.

REQUEST A QUOTE

Visum NIR In-Line™ is a versatile and accurate NIR analyzer for real-time chemical composition analysis in production lines. It adapts to different geometries and types of installations (conveyor belt, pipeline, tank, etc.). It can also be integrated into process machinery (e.g. blenders).

Unlike other NIR equipment, the installation of the Visum NIR In-Line™ does not involve major modifications to the line, is minimally invasive and offers reliable and accurate results to have the product under control at all times, providing information to the plant systems to detect and correct any anomalies and to meet the highest quality standards. In addition, we perform ad-hoc calibrations, leaving behind generic libraries that do not fit the requirements of the product, its nature and origin.

Main features

  • Continuous monitoring of Critical Quality Attributes (CQAs) ensuring measurement of all the product units.
  • Real-time and simultaneous measurement of Critical Control Parameters (CCPs) for keeping the production process under control.
  • Fraud detection
  • Unexpected Anomaly Detection: Early warning in the event of unexpected changes in the product’s composition
  • Non-destructive testing.
  • No sample preparation.
  • Product standardization.
  • Reduction of production costs
  • Improvement of quality and safety.
  • Higher performance.
  • Fewer customer complaints.
  • Brand image protection.

Sectors

Food

  • Food analysis: juices, smoothies, purees, dairy products, oils, sweets, olives, nuts, bakery products, baby food, blends, food supplements, among other foods and beverages.
  • Analysis of raw materials in conveyor belts or pipes.
  • Grain analysis.
  • Determination of homogeneity of mixtures in real time.
DOWNLOAD E-BOOK

Pharma

  • Determination of uniformity and homogeneity of content (% APIs and excipients).
  • Automatic determination of blending and drying end point.
DOWNLOAD E-BOOK

Other industries

  • Identification of polymers and composites.
  • Classification of plastics.
  • Determination of water content and moisture
DOWNLOAD E-BOOK
Show Technical specifications Hide Technical specifications

Sensor

InGaAs Photodiode array

Spectral Range

900 - 1700 nm

Typical single spectrum acquisition time

10 ms

Spectral Resolution

3 nm

Weight

10 kg

Dimensions

325 x 243 x 240 mm3

Ingress protection

>IP66

Power supply

230 VAC (1-phase). Consumption < 100W

Material (enclosure)

AISI 304

Light source lifetime

1 year (standard use)

Built-in computer

A7 Dual-Core ARM Ⓡ

Basic connectivity

Ethernet (TCP/IP) / Wi-Fi

User interface

External PC-based (for configuration and service tasks)

Data output

Ethernet (TCP/IP), Profibus, Modbus, Profinet

Operation mode

Slave / Continuous

Connection to the process

Insertion flange for Varinline ® Type N Housing from OD 1 ½’’ to OD 3’’ (DN40 to DN80) pipe diameter

Max pressure on the window (process side)

16 bar

Materials (interface with the process)

Borosilicate glass and AISI 316L steel