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X-RAY INSPECTION SYSTEMS

X-ray inspection equipment can be installed in different production stages: in the beginning with the bulk product, during the processing or at the end with the final packaging. In any of these phases, the system searches contaminants such as metal, glass, mineral stones, calcified bone, and plastic.

Thanks to the technology used in the X-Ray inspection equipment of Varpe, most of the needs for a reliable detection of contaminants with a determined morphologic and density features in the food and beverage industry are fulfilled.

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VARPE offers customized global solutions, developing equipment and services with the latest technologies tailored to the requirements of each client and industry

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¿What are their advantages?
Beam technology
Vertical, side and/or double beam (vertical and side) and triple beam
Exclusive X-ray developments
Include exclusive X-ray developments for applications with packed, canned, preserved in glass,
pumped or bulk products.
Simultaneously verify
Simultaneously verify damaged products, breaks, mass measures with estimated weigh and counting of elements inside the product.
International Security Standards
VARPE X-Ray equipment adjusts to international security standards that control ionising radiation emissions.
¿WHAT ARE THEIR ADVANTAGES?
Beam technology
Vertical, side and/or double beam (vertical and side) and triple beam
Exclusive X-ray developments
Include exclusive X-ray developments for applications with packed, canned, preserved in glass, pumped or bulk products.
Simultaneously verify
Simultaneously verify damaged products, breaks, mass measures with estimated weigh and counting of elements inside the product.
International Security Standards
VARPE X-Ray equipment adjusts to international security standards that control ionising radiation emissions.
CERTIFICATIONS
All Varpe X ray inspection equipment comply with the international safety standards that govern the emission of ionizing radiation.

They are listed under the certification of exempt equipment granted by the General Direction of Policies and Mines, with the approval of the Council of Nuclear Safety number NHMX224, published in the BOE No. 90 on April 15, 2017.
CERTIFICATIONS
All Varpe X ray inspection equipment comply with the international safety standards that govern the emission of ionizing radiation.

They are listed under the certification of exempt equipment granted by the General Direction of Policies and Mines, with the approval of the Council of Nuclear Safety number NHMX224, published in the BOE No. 90 on April 15, 2017.
DUAL ENERGY IN X-RAY INSPECTION
Two types of X-ray technology are used for food inspection: standard energy and double energy. The right choice of the appropriate technology depends on factors such as the type of contaminants and foreign bodies expected to be detected, the density of the product, the type of packaging and the production speed.

The new Dual energy technology from Varpe's range of X-ray inspection equipment is a major step in the detection of foreign bodies and contaminants.

They offer an improvement in accuracy when it comes to detect low density contaminants such as calcified bones, spines and stones.

Traditional X-ray systems with standard energy detect foreign objects through the information obtained in the absorption during exposure to X-rays. These systems have difficulty distinguishing between accumulation of product and its density, resulting in losses in detections and false rejections.

The dual energy technology uses an advanced generator with a double layer detector that uses two energy spectra to obtain low and high energy images, respectively. 
DUAL ENERGY IN X-RAY INSPECTION
Two types of X-ray technology are used for food inspection: standard energy and double energy.The right choice of the appropriate technology depends on factors such as the type of contaminants and foreign bodies expected to be detected, the density of the product, the type of packaging and the production speed.

The new Dual energy technology from Varpe's range of X-ray inspection equipment is a major step in the detection of foreign bodies and contaminants. They offer an improvement in accuracy when it comes to detect low density contaminants such as calcified bones, spines and stones.

Traditional X-ray systems with standard energy detect foreign objects through the information obtained in the absorption during exposure to X-rays. These systems have difficulty distinguishing between accumulation of product and its density, resulting in losses in detections and false rejections.

The dual energy technology uses an advanced generator with a double layer detector that uses two energy spectra to obtain low and high energy images, respectively. 
TDI TECHNOLOGY
All our X-ray inspection systems are equipped with TDI technology that consists of a type of high-definition X-ray generator and a very precise type of detector: a TDI detector (Time Delay Integration) that provides sharper X-ray images with high resolution.

These images will be interpreted by an advanced image processing software designed in Varpe, which will offer maximum precision in the detection of foreign bodies, avoiding false rejections as much as possible.
TDI TECHNOLOGY
All our X-ray inspection systems are equipped with TDI technology that consists of a type of high-definition X-ray generator and a very precise type of detector: a TDI detector (Time Delay Integration) that provides sharper X-ray images with high resolution.

These images will be interpreted by an advanced image processing software designed in Varpe, which will offer maximum precision in the detection of foreign bodies, avoiding false rejections as much as possible.
HYGIENIC DESIGN IN X-RAY INSPECTION EQUIPMENT
The hygienic approach for Varpe X-Ray inspection equipment consists in the optimization of the design, construction and installation of the equipment that intervenes in the manufacturing process of food or pharmaceutic products to guarantee the safety of the manufactured goods and minimize its risk of contamination.

It is one of the best actions for a preventive maintenance of the equipment involved in the production that, moreover, contribute to big savings thanks to the cleaning and maintenance reduction costs. For this reason, Varpe takes into account a few principles to hygienically design the X-Ray inspection tools that have direct contact with the processed product.  
HYGIENIC DESIGN IN X-RAY INSPECTION EQUIPMENT
The hygienic approach for Varpe X-Ray inspection equipment consists in the optimization of the design, construction and installation of the equipment that intervenes in the manufacturing process of food or pharmaceutic products to guarantee the safety of the manufactured goods and minimize its risk of contamination.

It is one of the best actions for a preventive maintenance of the equipment involved in the production that, moreover, contribute to big savings thanks to the cleaning and maintenance reduction costs. For this reason, Varpe takes into account a few principles to hygienically design the X-Ray inspection tools that have direct contact with the processed product.  
ADVANCED INDUSTRIAL SOFTWARE
Varpe X-Ray inspection equipment integrates an advanced and intuitive industrial software thanks to which the machine operators or the quality staff can monitor the production status in real-time for a better control of the manufacturing process. These queries can be launched in situ thanks to the 7” full colour touch screens integrated in the inspection equipment or through remote connection with VIT4 software from anywhere. From this software the user can also access consolidated production reports and warnings that the system gives for a predictive maintenance.

In addition to a friendly interface, the software allows a perfect visualization of the scanned product thanks to an advanced process of the image, the bimodal detection by threshold and contrast, the adaptive control and the mask of areas that cannot be inspected. Moreover, it shows a high-speed scans of 200 m/min.
ADVANCED INDUSTRIAL SOFTWARE
Varpe X-Ray inspection equipment integrates an advanced and intuitive industrial software thanks to which the machine operators or the quality staff can monitor the production status in real-time for a better control of the manufacturing process. These queries can be launched in situ thanks to the 7” full colour touch screens integrated in the inspection equipment or through remote connection with VIT4 software from anywhere. From this software the user can also access consolidated production reports and warnings that the system gives for a predictive maintenance.

In addition to a friendly interface, the software allows a perfect visualization of the scanned product thanks to an advanced process of the image, the bimodal detection by threshold and contrast, the adaptive control and the mask of areas that cannot be inspected. Moreover, it shows a high-speed scans of 200 m/min.
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