What does quality management software do?

ProdX™ Software by METTLER TOLEDO automatically records product inspection equipment testing routines, rejected items and quality relevant incidents. This advanced monitoring and record keeping functionality supports compliance with current food safety standards, legislation, and regulations. ProdX™ supports regulatory compliance with the following international standards: IFS, SQF, BRCGS, OIML, FSSC22000, HACCP, HARPC, FPVO, MID ProdX™ keeps up-to-date with emerging standards, future-proofing production lines and maintaining high levels of compliance.

What are the benefits of QMS software?

ProdX™ has many valuable benefits, which can be expensive to implement separately in a Manufacturing Execution System (MES). It offers an integrated MES/ERP interface (OPC UA Server) to simplify network integration, supporting Industry 4.0 and Smart Factory global initiatives. With ProdX™ Food Safety and Quality Management Software: Each device is connected to ProdX™ using a single standard protocol Checkweighers from other manufacturers ("3rd party CW") can also be connected ProdX™ only needs to be connected once New METTLER TOLEDO device connection is seamless All device data can be made instantly available to the SCADA/MES/ERP using an in-built OPC-UA server Without ProdX™ Food Safety and Quality Management Software: Each device is separately connected to the network Each device may use different connectivity protocols (CP) depending on age and options Each device must be separately configured Data available to the SCADA/MES is limited

What is Quality Management System software?

The ideal Quality Management System software, or QMS software, is designed to help manufacturers monitor and properly store their product inspection data, satisfying global and local quality and compliance needs. It can streamline administrative effort through digitalization, allowing multiple devices to be monitored from one location, and offers backup cloud storage. It can reduce the complexity of data management and monitoring, supporting the growing demand for remote audit capability and complete traceability. ProdX™ is a complete inspection management and connectivity software solution for METTLER TOLEDO Product Inspection devices across the widest range of manufacturing industries. Its advanced data redundancy capabilities and communication architecture make it seamlessly scalable from single site, single device installations up to multi-site and multiple time zone international installations.

OPC UA is an industrial communication standard, which ensures the open connectivity, interoperability, security, and reliability of industrial automation devices and systems. OPC UA is widely recognized as the key communication and data modeling technology for the Industry 4.0 initiative. It works with many software platforms, is completely scalable, and has been widely adopted by several industries because of its flexibility.

What are the benefits of OPC UA?

Openness and interoperability between hardware, software, and services are key in helping manufacturers transform how they operate and create solutions that benefit productivity. OPC UA is the communication technology for Industry 4.0 and is essential to reaching this next level of connectivity in manufacturing facilities. Benefits of OPC UA: It is a global, open standard It is independent and belongs to no single entity It provides an extensible data model which easily integrates with new technologies It is secure – managing access, authentication, validation, and encryption It is a cost-effective way to connect IIoT

What type of product inspection equipment can be managed by food safety and quality management software?

ProdX™ supports more than 30 models of product inspection devices from METTLER TOLEDO. These include metal detection , checkweighing , x-ray inspection , vision inspection and combination systems , from legacy devices up to the newest and all future generations. With the latest version of ProdX™, customers can also connect to third party checkweighers.

How is digitalization in food and beverage manufacturing making for a more sustainable future?

The food and beverage manufacturing industry plays a critical role in the global economy. Whether for health and nutrition, palate pleasure, or social and traditional gatherings, the availability and affordability of food and drink is important to consumers. Unfortunately, meeting the demands of a growing population for affordable and sustainable food and beverage options is becoming increasingly difficult. The need for larger and faster production facilities makes the impacts to the environment more significant. Growing energy requirements, overall resource consumption, and harmful emissions and waste products contribute heavily to the issues of climate change, deforestation, and pollution. With the age of digitalization, there can be smart solutions to these problems. “Smart” products are becoming more commonplace in the home, but we’re also seeing how smart products and digitalization can play a crucial role in improving sustainability in manufacturing, particularly the food and beverage industry. Many manufacturing facilities are taking advantage of “The Internet of Things”, commonly known as IoT. In general terms, IoT refers to a system of digital devices, sensors, machines and other objects that have individual unique identifiers (UIDs) and can connect over a network to automatically share and transfer data - without requiring human interaction. Below we discuss five ways that digitalization can help food and beverage manufacturers improve efficiency, save money, and do their part for the environment. 1. Improved Energy efficiency There are many ways that implementing smart technologies within manufacturing facilities can decrease energy consumption, lower energy bills, and reduce overall carbon emissions. Smart meters can be installed to monitor daily energy usage, providing real-time feedback to manufacturers so they can adjust their energy consumption to satisfactory levels. Automation systems help control energy usage by automatically turning off energy-draining equipment when it’s not in use. Smart sensors are strategically placed within the facility to detect the presence of workers in a room, adjusting lighting and temperatures accordingly. 2. Waste reduction With digitalization, it becomes simpler and more efficient to reduce waste by-products and optimize waste management. IoT sensors connect to the network of food processing equipment within a production facility, collecting data and monitoring for specific changes to alert manufacturers the moment that equipment needs to be cleaned or serviced. AI algorithms are then used to analyze data and identify areas where waste can be reduced. Big Data analytics can combine the data to predict waste generation patterns and plan waste management strategies accordingly. With the digitalized optimization of waste management, we can reduce waste generation, promote recycling, and reduce the environmental impact of waste disposal. 3. Sustainable packaging Reducing the environmental impact of food packaging is essential and is achievable through digitalization. 3D printing can be used by manufacturers to create customized packaging designed specifically to the product, cutting down on materials and improving product protection. Increasing the use of plastics made from biodegradable and compostable materials, (commonly known as bioplastics) in packaging means any discarded packaging will break down over time instead of taking up room in landfills. Smart packaging can monitor for freshness to help reduce the amount of wasted or spoiled food. 4. Sustainable production IoT and AI can be used to optimize production processes, reduce emissions, and decrease energy consumption. IoT Sensors are set to monitor production equipment and notify manufacturers the moment it needs to be maintained or replaced. AI algorithms analyze overall production data to identify specific areas where energy consumption and emissions can be reduced. 5. Sustainable water management Water is a limited essential resource, and it’s important to reduce unnecessary waste or pollution. With digitalization, water management can be more sustainable, leading to significantly less water waste. IoT sensors can be used to monitor water usage and identify areas where it can be conserved. AI algorithms then analyze the data and identify opportunities to reduce water consumption. Digital twins (virtual, digital copies of an object which are used in simulation scenarios) can be designed to simulate water usage and identify ways to optimize water management. With these digital assets in place, manufacturers can reduce their overall water consumption, lower their water bills, and decrease their environmental impact to water resources. In our age of digitalization and growing environmental challenges, it’s now more essential and more viable for food and beverage manufacturers to improve their sustainability within a global market. With increased energy efficiency, reduced waste output, eco-friendly packaging materials and design, optimized production processes, and improved water management, manufacturers not only reduce their environmental impact and promote sustainable practices – which looks great to consumers – they can also improve their bottom line.

Metal Detection for Industrial Processes

Comprehensive and thorough detection of metallic inclusions and metal contaminants

Metal detection is an essential technology used in various industries to detect and prevent contamination from metal inclusions. In the food and pharmaceutical industries, metal contamination can cause serious harm to consumers and damage a brand's reputation, which is why metal detection is a crucial part of any quality control process. METTLER TOLEDO specializes in metal detection for industrial processes, with agile systems designed to detect metal inclusions with high accuracy.

Metal Detection for Industrial Processes

Benefits of Metal Detection

Using metal detection in industrial processes can provide several benefits, including:

Improved product quality and safety
Product recalls prevention with metal detection
Increased productivity and efficiency
Increased food industry compliance with metal detection
Protection of brand reputation

How Does Metal Detection Work?

Industrial metal detection works by passing a food, pharmaceutical, chemical, cosmetic, or other product through the aperture (the opening) of a metal detection head.

The product can be passed through via conveyor, pipeline, or even with gravity. An electromagnetic field within the metal detector head is able to detect when metal contamination passes through by creating a disturbance in the field that is read by the metal detector. At that point the metal detector sends a signal to the reject device to reject that contaminated product from the line.

Download our Metal Detection Guide to learn more about the metal detection process.

Industrial metal detection for food and pharma industries

Applications and Industries

Metal detection is used in a variety of industrial processes, including for product inspection in food processing and quality inspection in pharmaceutical manufacturing. In the food industry, metal detection is used to inspect for metal inclusions in raw materials prior to further processing, during processing, and at the end of the line for finished products and packaging.

In the pharmaceutical industry, metal detection is used to detect metal fragments in powders, tablets, and capsules, as well as inspect final packaged products.

Features of METTLER TOLEDO Industrial Metal Detectors

High sensitivity and accuracy
Rapid detection speed
Easy-to-use interface
Capable of detecting metal in challenging applications
Durable construction for harsh industrial environments
Customizable settings for different types of products and operations

Technical Specifications

Our metal detection systems can detect ferrous, non-ferrous, and non-magnetic stainless steel metal contaminants.

Our wide range of systems are designed to inspect a variety of product types, including bulk, free-flowing, liquid, packaged or unpackaged, dry, wet, chilled, hot, frozen, and packed in metallized film.

Our systems can also be customized to meet the specific needs of different industries and applications.