LIMS
for the food and beverage industry
Support your laboratory with the implementation of a LIMS system
LIMS
for the food and beverage industry
Support your laboratory by implementing a LIMS
We operate in the food and beverage industry
Working in the food and beverage industry comes with its own rules.
The multitude of regulations, increasing complexity of inventory management, rising health awareness among consumers and evolving consumption habits all create challenges for laboratories specializing in food and beverage production.
Although the list of potential challenges for the industry is long and demanding, the key priority is to ensure the highest production quality using state-of-the-art technologies such as LIMS systems, which support all processes, increase efficiency and ensure compliance with relevant standards.
Many companies in the food and beverage sector, including Molkerei Alois Müller (United Kingdom), a leader in the European dairy market, have already chosen Thermo Fisher Scientific LIMS to automate quality-control processes and achieve the highest levels of performance and productivity.
Perhaps it is time for your laboratory to benefit from LIMS technology as well.
Benefits of LIMS for the food and beverage industry
Discover the benefits of LIMS
Cost reduction
Increased productivity
Supporting compliance with
required standards
Supporting compliance with
required standards
Reducing time
to market
Increasing process
efficiency
Supporting compliance with
required standards
Cost reduction
Increased productivity
Supporting compliance with
required standards
Reducing time
to market
Increasing process
efficiency
Revenue in the food market will reach USD 8,945,354 million in 2021. The market is expected to grow annually by 4.50% (CAGR 2021–2026)
What tools do you need?
With Thermo Scientific™ SampleManager LIMS™, food-industry laboratories can benefit from a faster sample-management cycle, regulatory compliance, efficient quality-control processes and overall automation.
Sample management
Gain access to accurate records for every sample.
Instrument management
Track all processes related to instrument calibration, data management and data processing.
Compliance
Maintain compliance through real-time monitoring and quality control.
Key challenges in the food and beverage industry
Even in an era of rapid technological development, the food industry still relies heavily on paper-based documentation. Most of these methods are outdated and hinder laboratory operations. They not only waste food technologists' time, but also reduce their productivity and complicate their work.
The food industry had to undergo a digital revolution. Globally recognised companies such as Müller UK had to move from largely paper-based manual systems to solutions that automate almost every sample-checking and reporting process within quality control (QC). By implementing LIMS technology, they were able to introduce improvements smoothly and increase efficiency and productivity.
Moreover, the introduction of LIMS has helped many companies manage regulatory and legislative requirements concerning traceability and data access. Because the food industry is one of the most highly regulated sectors, companies required a specialised approach and highly configurable, adaptable software to address every challenge. LIMS helped them manage the endless paperwork.
Key challenges in the food and beverage industry
Even in times of rapid technological development, the food industry still relies heavily on paper-based processes. Most of these methods are outdated and hinder laboratory operations. They not only waste the time of food technicians but also reduce productivity and complicate their daily work.
The food industry has had to undergo a digital transformation. Globally recognized companies such as Müller UK were required to move from manual, paper-based systems to solutions that automate nearly every step of sample verification and reporting within quality control (QC). By implementing LIMS technology, they successfully introduced improvements while increasing efficiency and productivity.
Furthermore, adopting a LIMS system has helped many companies meet the requirements of regulatory authorities and legislators concerning traceability and data accessibility. Since the food industry is one of the most highly regulated sectors, organizations needed a tailored approach and highly configurable software capable of meeting all these challenges. LIMS has helped them manage the never-ending administrative burden.
Ensure compliance with LIMS
The food industry is subject to very strict regulations. Organisations such as the FDA, EPA, OSHA and FTC establish standards governing product placement on the market, food labelling, maintenance of a hygienic environment and similar matters.
LIMS ensures that every element of the supply chain complies with the standards and regulations required by the industry. It monitors all processes and responds to any problems. It also enables food and beverage companies to comply with regulations through real-time monitoring and quality control. LIMS also reports any irregularities automatically.
LIMS compliance is extremely important for the food industry because non-compliance can have severe consequences, including losses caused by product failure, remediation costs, legal problems and extensive damage to a company's reputation.
Production planning
in the food industry
By implementing a LIMS, a laboratory eliminates unnecessarily complex and time-consuming methods, improves food and beverage safety, and streamlines production processes. At the same time, it ensures compliance, accuracy and precision in a food industry laboratory.
The system also improves working conditions by automating tasks and supporting food technologists in areas such as process compliance, specification checks and instrument connectivity, ultimately reducing time to market.
After implementing Thermo Scientific™ SampleManager LIMS™, Müller UK experienced these benefits first-hand. LIMS helped the company monitor production processes in real time and played a key role in ensuring quality control of the finished product.
By implementing a LIMS, a laboratory eliminates unnecessarily complex and time-consuming methods, improves food and beverage safety, and streamlines production processes. At the same time, it ensures compliance, accuracy and precision in a food industry laboratory.
The system also improves working conditions by automating tasks and supporting food technologists in areas such as process compliance, specification checks and instrument connectivity, ultimately reducing time to market.
After implementing Thermo Scientific™ SampleManager LIMS™, Müller UK experienced these benefits first-hand. LIMS helped the company monitor production processes in real time and played a key role in ensuring quality control of the finished product.
Production planning
in the food industry
By implementing a LIMS, a laboratory eliminates unnecessarily complex and time-consuming methods, improves food and beverage safety, and streamlines production processes. At the same time, it ensures compliance, accuracy and precision in a food industry laboratory.
The system also improves working conditions by automating tasks and supporting food technologists in areas such as process compliance, specification checks and instrument connectivity, ultimately reducing time to market.
After implementing Thermo Scientific™ SampleManager LIMS™, Müller UK experienced these benefits first-hand. LIMS helped the company monitor production processes in real time and played a key role in ensuring quality control of the finished product.
By implementing a LIMS, a laboratory eliminates unnecessarily complex and time-consuming methods, improves food and beverage safety, and streamlines production processes. At the same time, it ensures compliance, accuracy and precision in a food industry laboratory.
The system also improves working conditions by automating tasks and supporting food technologists in areas such as process compliance, specification checks and instrument connectivity, ultimately reducing time to market.
After implementing Thermo Scientific™ SampleManager LIMS™, Müller UK experienced these benefits first-hand. LIMS helped the company monitor production processes in real time and played a key role in ensuring quality control of the finished product.
LIMS implementation process
As with many digitalisation processes, the initial phase requires a degree of data migration. Populating data directories may include sample types, tests, user login credentials, equipment data and more. Such data may need to be converted and reformatted to work optimally in the new LIMS.
The next process is to integrate LIMS with existing information systems, chemical manufacturing software and more. A manufacturing LIMS is most compatible with open architecture and widely available software. To access stored data, the system should include a definition of the LIMS database structure.
Allow sufficient time to onboard the personnel and end users of your LIMS. Training and documentation can help the software operate smoothly from day one. LIMS production-verification teams then provide objective insight into whether the systems are functioning correctly.
The LIMS implementation process
As with many digitalisation processes, the initial phase requires a degree of data migration. Populating data directories may include sample types, tests, user login credentials, equipment data and more. Such data may need to be converted and reformatted to work optimally in the new LIMS.
The next step is integrating the LIMS with existing IT systems, chemical production software and more. LIMS in manufacturing is most compatible with open architecture and widely available software. To enable access to stored data, the system should include a definition of the LIMS database structure.
Allow sufficient time to onboard the personnel and end users of your LIMS. Training and documentation can help the software operate smoothly from day one. LIMS production-verification teams then provide objective insight into whether the systems are functioning correctly.
LIMS implementation cost
It is difficult to estimate the cost of implementing LIMS software without a prior analysis because it depends on the functions you want to implement. LIMS can be highly flexible, allowing you to tailor the system and select the functions that are most important to your company.
Once you identify areas for improvement, you can tailor the system to your requirements. By understanding the company's needs, you will be able to request a highly efficient, configurable solution.
Implementing LIMS for the food and beverage industry may vary depending on the working environment. The number of users, module functions and the number of instruments integrated into the system can significantly affect the implementation cost.
It is difficult to estimate the cost of implementing LIMS software without a prior analysis because it depends on the functions you want to implement. LIMS can be highly flexible, allowing you to tailor the system and select the functions that are most important to your company.
Once you identify areas for improvement, you can tailor the system to your requirements. By understanding the company's needs, you will be able to request a highly efficient, configurable solution.
Implementing LIMS for the food and beverage industry may vary depending on the working environment. The number of users, module functions and the number of instruments integrated into the system can significantly affect the implementation cost.
LIMS implementation cost
It is difficult to estimate the cost of implementing LIMS software without a prior analysis because it depends on the functions you want to implement. LIMS can be highly flexible, allowing you to tailor the system and select the functions that are most important to your company.
Once you identify areas for improvement, you can tailor the system to your requirements. By understanding the company's needs, you will be able to request a highly efficient, configurable solution.
Implementing LIMS for the food and beverage industry may vary depending on the working environment. The number of users, module functions and the number of instruments integrated into the system can significantly affect the implementation cost.
It is difficult to estimate the cost of implementing LIMS software without a prior analysis because it depends on the functions you want to implement. LIMS can be highly flexible, allowing you to tailor the system and select the functions that are most important to your company.
Once you identify areas for improvement, you can tailor the system to your requirements. By understanding the company's needs, you will be able to request a highly efficient, configurable solution.
Implementing LIMS for the food and beverage industry may vary depending on the working environment. The number of users, module functions and the number of instruments integrated into the system can significantly affect the implementation cost.
O Solution4Labs
At Solution4Labs, we implement and customise LIMS-class systems for our clients. We specialise in creating custom modules integrated with LIMS solutions supplied by leading vendors and tailoring them to specific client needs.
40
Clients
700
Equipped laboratories
100
Countries served
We are a Thermo Fisher Scientific partner
Thermo Fisher Scientific is a leading supplier of laboratory equipment and laboratory software manufacturer, generating USD 24 billion in revenue and employing approximately 100,000 people worldwide.
Thermo Fisher makes every effort to ensure the highest standards of software development security and quality. The company operates across all industries, adding value to software development by providing insight into changes in global standards and regulations concerning laboratory testing requirements.
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