Tag: pharmaceutical

Checkweigher Systems in Ireland: Streamlining Your Operations

How can your business eliminate costly product giveaway, ensure regulatory compliance, and maintain consistent quality across every single item that leaves your production line? The answer lies in implementing the right checkweigher systems in Ireland – a technology that has become indispensable for manufacturers seeking to optimise their operations.

In this article, let’s explore affordable checkweigher solutions tailored for your business in Ireland.

Checkweigher Systems in Ireland

Checkweigher systems, also referred to as weighing machinery in Ireland have revolutionised quality control processes across manufacturing facilities, from Dublin to Cork, Belfast to Galway. These sophisticated weighing solutions provide automated verification of product weights during production, ensuring every item meets predetermined specifications. For manufacturers operating in competitive markets, checkweigher systems represent an essential investment in operational excellence and regulatory compliance.

Overview of Checkweigher Technology

Checkweigher technology combines precision weighing components with advanced electronics and software to create automated inspection systems. At the heart of every system lies a load cell – a sophisticated transducer converting mechanical force into electrical signals. Modern checkweigher systems in Ireland achieve remarkable accuracy, measuring weights from milligrams to hundreds of kilograms. 

The weighing process occurs as products traverse conveyor systems integrated within production lines. Dynamic checkweighers measure items in motion, whilst static systems weigh products individually. Advanced signal processing algorithms compensate for environmental factors, including vibration and temperature variations.

Importance of Checkweighers in Various Industries

The significance of checkweigher systems in Ireland extends from regulatory compliance to financial performance. In the food industry, checkweighers ensure that packaged products meet declared weights, thereby protecting both consumers and manufacturers. 

Pharmaceutical manufacturers face stringent requirements where weight verification contributes directly to patient safety. Healthcare and veterinary sectors similarly depend on precise weighing. Beyond compliance, checkweigher systems deliver tangible financial benefits through reduced product giveaway, decreased waste, and improved efficiency.

Types of Checkweigher Systems

Understanding different checkweigher configurations enables informed decision-making when specifying equipment for your application. 

Static Checkweighers

Static checkweigher systems weigh products individually in stationary positions, with items placed manually or automatically onto weighing platforms. These systems excel in applications requiring exceptional accuracy, particularly for high-value products. 

Static checkweighers find particular application in pharmaceutical production, laboratory environments, and quality control inspection stations. Their operation eliminates dynamic forces present in moving production lines, enabling measurement precision often exceeding that achievable with dynamic systems. Modern static checkweighers incorporate automatic rejection systems, removing non-conforming items without manual intervention.

Dynamic Checkweighers

Dynamic checkweigher systems weigh products in motion as they traverse production lines, offering high-speed inspection capabilities essential for modern manufacturing. These inline systems integrate directly into conveyor networks, inspecting items at rates matching production speeds whilst maintaining specified accuracy tolerances. 

Contemporary systems deliver accuracy approaching static checkweighers whilst processing hundreds of items per minute, making them indispensable in high-volume food production, packaging operations, and manufacturing environments throughout Ireland.

Combination Systems

Combination checkweighers integrate multiple inspection technologies within single platforms, delivering comprehensive quality control in compact footprints. Common configurations combine checkweighing with metal detection, ensuring products meet both weight specifications and contamination safety standards. 

These integrated solutions appeal to food safety-conscious manufacturers seeking to maximise quality control whilst minimising production line space requirements. Advanced combination systems may incorporate additional inspection technologies such as vision systems for label verification or X-ray inspection for foreign object detection.

Key Features and Benefits of Checkweighers

Modern checkweighers in Ireland incorporate sophisticated features that extend their utility beyond simple weight verification.

Accuracy and Precision

Accuracy represents the fundamental specification for any checkweigher system. Food packaging operations typically require accuracy within grams, whilst pharmaceutical applications may demand milligram-level precision. Leading checkweigher systems in Ireland achieve these demanding specifications through advanced load cell technology. Regular calibration using certified test weights maintains compliance with regulatory requirements.

Integration with Existing Systems

Contemporary checkweigher systems function as connected devices within broader production networks, exchanging data with upstream filling equipment, downstream packaging systems, and enterprise software platforms. This integration enables closed-loop control, where checkweigher measurements automatically adjust filling machine parameters. Communication protocols supported by modern systems include industrial Ethernet standards, enabling seamless connection with programmable logic controllers. 

Compliance with Industry Standards

Regulatory compliance represents a critical consideration for manufacturers across multiple sectors. Checkweigher systems in Ireland support compliance with Weights and Measures regulations, ensuring packaged goods meet declared weights. 

Food producers rely on checkweighers to demonstrate due diligence in complying with food safety requirements and labelling accuracy standards. Pharmaceutical manufacturers face particularly stringent regulatory requirements, where checkweigher systems contribute to good manufacturing practice compliance..

Applications of Checkweigher Systems in Different Sectors

Checkweigher technology finds application across diverse industries, with each sector presenting unique requirements.

Food and Beverage Industry

The food and beverage sector represents the largest application area for checkweigher systems in Ireland. Weight verification ensures packaged foods meet declared weights, protecting both consumer interests and manufacturer reputations. Beyond regulatory compliance, checkweighers deliver significant economic benefits by preventing costly overfilling that erodes profit margins. Modern systems enable optimised filling, maintaining compliance whilst minimising unnecessary overfill that impacts profitability.

Pharmaceutical Industry

Pharmaceutical applications demand the highest levels of accuracy, traceability, and regulatory compliance from checkweigher systems. Weight verification contributes directly to dosage accuracy and patient safety, making these systems critical quality control equipment in pharmaceutical production throughout Irish pharmaceutical manufacturing hubs.

Manufacturing and Packaging

Beyond food and pharmaceutical applications, checkweighers serve diverse manufacturing and packaging operations in Ireland. Consumer goods manufacturers use weight verification to ensure product consistency, detect missing components, and optimise packaging efficiency. The versatility of modern checkweigher technology enables application across products ranging from small components weighing mere grams to industrial packages exceeding hundreds of kilograms.

Choosing the Right Checkweigher for Your Business

Selecting appropriate checkweigher systems in Ireland requires careful consideration of multiple factors.

Factors to Consider

Product characteristics fundamentally influence checkweigher selection. Package dimensions, weight range, and physical properties determine conveyor specifications and load cell requirements. Fragile products may require gentle handling features, whilst irregular shapes necessitate specialised conveyor configurations tailored to your specific products.

Production speed represents another critical specification. The checkweigher must inspect items at rates matching or exceeding line speeds to avoid creating bottlenecks. High-speed applications require sophisticated dynamic weighing technology that can deliver accurate measurements.

Environmental conditions like temperature variations, humidity, vibration, and electromagnetic interference can impact measurement accuracy. Industrial environments with demanding conditions may require specialised equipment configurations with environmental protection features.

Common Mistakes to Avoid

Underspecifying accuracy requirements creates problems when equipment fails to meet actual production needs. A realistic assessment of weight tolerances ensures appropriate equipment selection for your specific application.

Neglecting integration planning results in isolated systems unable to contribute effectively to broader production management. Early consideration of data connectivity, communication protocols, and software compatibility facilitates seamless integration of checkweigher systems with your existing manufacturing infrastructure.

Failing to consider the total cost of ownership beyond the initial purchase price overlooks ongoing operational expenses like maintenance requirements and support service availability.

Maintenance and Support Services for Checkweigher Systems

Sustained checkweigher performance requires ongoing maintenance, calibration, and technical support.

Importance of Regular Maintenance

Preventative maintenance protects checkweigher accuracy and reliability across Irish manufacturing facilities. Regular inspection identifies potential issues before they cause failures, minimising unplanned downtime.

Maintenance activities include cleaning to remove product residues, mechanical inspection of conveyor components, and electronic testing of load cells. Comprehensive maintenance programmes extend equipment life whilst maintaining optimal performance.

Available Support Services in Ireland

Obeeco Ltd provides comprehensive support services throughout Ireland and Northern Ireland. Our experienced service engineers understand the systems we supply, enabling effective troubleshooting. After-sales phone support provides immediate assistance. 

For on-site issues, our callout services ensure minimal production disruption through prompt response. Our spare parts inventory includes components for current equipment models and discontinued systems.

Frequently Asked Questions

  1. What services are included with checkweigher systems in Ireland?

Our checkweigher systems come with delivery and ongoing technical advice to ensure they operate efficiently in your facility.

  1. How can I book a checkweigher system installation in Ireland?

You can easily book an installation by contacting our sales team through our website or by phone at (+353 1) 278 2323, and we will assist you in scheduling a suitable time.

  1. What payment options do you offer for checkweigher systems?

We accept payment via bank transfer.

Take the Next Step Towards Operational Excellence

Implementing checkweigher systems in Ireland represents a strategic investment in quality control, regulatory compliance, and operational efficiency. The technology delivers measurable returns through reduced product giveaway, improved process control, and comprehensive production documentation supporting quality assurance initiatives.

Obeeco Ltd’s 45 years of experience serving Irish manufacturers positions us as your ideal partner for checkweigher implementation. Contact our team today to discuss your requirements. Telephone (+353 1) 278 2323 or email sales@obeeco.ie to arrange your consultation and discover how advanced checkweigher systems in Ireland can optimise your operations.

Some of The Modern Technologies Being Used In Pharmaceutical Production

The pharmaceutical industry has long been a pioneer in scientific advancement, bringing life-saving drugs and treatments to patients worldwide. But just as medicine itself continues to evolve, so too do the methods used to create them. Modern technologies are transforming every stage of pharmaceutical production, from drug discovery and design to manufacturing and distribution. This surge in innovation promises not only faster development of new medications, but also a future of personalized medicine, tailored to individual needs.

From Bench to Bottle: AI and Machine Learning Take Center Stage

One of the most transformative forces in pharmaceutical production is the rise of artificial intelligence (AI) and machine learning (ML). These powerful tools are fundamentally changing the way drug discovery happens. Traditionally, this process has been a slow and laborious affair, involving extensive laboratory testing and sifting through mountains of data. AI and ML algorithms, however, can analyze vast datasets of chemical compounds and peptides, patient information, and disease biology to identify potential drug targets and predict how molecules might interact with them. This not only accelerates the discovery process but also increases the chances of finding more effective and targeted therapies.

Imagine a researcher trying to find a key that fits a specific lock. Traditionally, they would have to test hundreds or even thousands of different keys one by one. With AI, however, the computer can analyze the structure of the lock and identify keys with a higher probability of fitting. This significantly reduces the time and resources needed to find the right drug candidate.

One example of AI’s impact is the work of Insilico Medicine. In 2019, they used AI to develop a molecule targeting a specific protein linked to fibrosis in just 46 days. This molecule, INS018_055, is now undergoing Phase II clinical trials, demonstrating the incredible potential of AI to expedite drug development.

Beyond Discovery: Optimizing Production with Automation and Data

The role of technology extends far beyond the initial stages of drug discovery. Modern pharmaceutical production facilities are increasingly automated, with robots and sensors taking over many of the repetitive tasks involved in manufacturing. This not only improves efficiency and consistency but also minimizes the risk of human error.

Furthermore, the Internet of Things (IoT) is playing a growing role in pharmaceutical production. Sensors embedded in equipment can continuously monitor critical parameters like temperature, pressure, and humidity. This real-time data allows for proactive maintenance, preventing equipment failures and ensuring optimal production conditions. Additionally, data analytics can be used to identify trends and predict potential issues before they occur, further streamlining the manufacturing process.

The Rise of Continuous Manufacturing: A Paradigm Shift

Traditionally, pharmaceutical production has relied on batch processing, where large quantities of drugs are manufactured in discrete batches. However, continuous manufacturing offers a more efficient and flexible alternative and is being increasingly used by vitamin manufacturers around the world. This approach involves the continuous flow of raw materials through a series of interconnected processing units, resulting in a smaller physical footprint and faster production times.

Continuous manufacturing also allows for greater real-time control over product quality. With continuous monitoring and data analysis, any deviations from specifications can be identified and addressed immediately, minimizing the risk of producing defective batches. This not only improves product quality but also reduces waste and production costs.

Personalized Medicine: Tailoring Treatments to the Individual

One of the most exciting applications of technology in pharmaceuticals is the emergence of personalized medicine. This approach aims to develop treatments that are tailored to the specific genetic makeup and biological needs of each patient. Advancements in genomics and bioinformatics are allowing researchers to identify genetic variations that influence how individuals respond to medications.

This information can be used to develop drugs that target specific patient populations or even create individualized treatment regimens. For instance, 3D printing technology has the potential to revolutionize personalized medicine by enabling the production of customized drug dosages and delivery systems. Imagine printing a pill with the exact dosage required for a specific patient, eliminating the need for imprecise cutting or multiple medications.

Figuring out the most suiting solution for your medication needs can be part of a personalised healthcare approach. British people treating thyroid disorders like to buy Cytomel online in the United Kingdom after learning how precise dosing can improve their treatment outcomes. This allows them to manage their health confidently while maintaining the correct hormone levels. It also supports the growing shift towards customised treatment options that align with each patient’s needs.

Blockchain: Ensuring Transparency and Security in the Supply Chain

The complex global supply chains of pharmaceutical products are susceptible to counterfeiting and diversion. Blockchain technology such as ServBlock, with its secure and transparent ledger system, offers a potential solution to these challenges. By creating a digital record of every step in the manufacturing and distribution process, blockchain can ensure the authenticity and traceability of medications.

This not only protects patients from counterfeit drugs but also allows for faster and more efficient recalls in case of product defects. Additionally, blockchain can improve logistics and inventory management, leading to a more secure and efficient supply chain for pharmaceutical products.

Virtual Reality (VR) and Augmented Reality (AR): Training the Next Generation of Pharma Professionals

The pharmaceutical industry relies heavily on a skilled workforce with a deep understanding of complex processes and equipment. VR and AR technologies are revolutionizing how this workforce is trained. VR simulations can immerse trainees in realistic, virtual environments where they can practice procedures, troubleshoot equipment malfunctions, and learn about complex manufacturing processes in a safe and controlled setting. AR, on the other hand, can overlay digital information onto the real world, allowing trainees to visualize data and interact with equipment in a more interactive way.

These immersive technologies not only improve the effectiveness of training but also make it more engaging and accessible. Trainees can learn at their own pace and practice complex procedures in a risk-free environment, leading to a more skilled and confident workforce.

The Future of Pharma: A Tech-Driven Landscape

The integration of modern technologies is transforming the pharmaceutical industry from the ground up. AI is accelerating drug discovery, automation is optimizing production, and personalized medicine is tailoring treatments to individual patients. These advancements hold immense promise for the future of healthcare, leading to the development of more effective, safer, and accessible medications for all.

As technology continues to evolve, we can expect even more groundbreaking innovations in pharmaceutical production. From the development of new drug delivery systems using nanotechnology to the use of virtual and augmented reality for training and remote monitoring, the future of pharma is undeniably tech-driven. This exciting new era promises to deliver a new wave of life-saving treatments, improving the lives of patients worldwide.

 

Guerbet Launch Solar Project to Power 18% of Pharmaceutical Operations in Dublin

Guerbet, a pioneer global pharmaceutical company specializing in medical imaging and contrast agents, has launched its first solar farm at its API manufacturing site in Dublin, coinciding with the celebration of its 30th year in operation.

2.4MW solar farm will meet 18% of the company’s total electricity requirements:

Guerbet entered a contract with Enerpower powered by Greenvolt, a leading renewable energy company, for the construction of a 2.4MW solar farm at the Guerbet site in Damastown in 2022.

The two companies entered into a Corporate Power Purchase Agreement where Guerbet has guaranteed to purchase the solar PV electrical power for a period of 20 years. The solar farm is constructed on land owned by Guerbet and will provide the equivalent to the electricity consumption of 500 households.

The project will deliver 18% of the site’s electrical power on an annualised basis, and during the peak summer months could potentially power the plant without addition of electricity from the grid during daylight hours.

The initiative aligns with Guerbet’s strategy and its People and Planet Corporate Social Responsibility positioning for reducing carbon footprint as it looks forward to the next 30 years.

David Hale, CEO of Guerbet Group indicates: “At Guerbet, our purpose is ‘Building lasting relationships that enable people to live better’, and preserving our planet is a foundational part of that purpose.  In 2023, we made a commitment validated by the Science Based Targets Initiative (SBTi) to reduce our carbon emissions by 27,5% for Scope 1+2 and 13,5% for Scope 3 by 2032. Our partnership with Enerpower is a great example of a relationship that will help us achieve those objectives.”

David Forde, Site Lead at Guerbet Dublin said: “Guerbet has a long history of innovation, growth, and service in the pharmaceutical industry. This new Corporate Power Purchase Agreement will produce renewable electricity for our API manufacturing site in Damastown and is a significant development in our long-term strategy to significantly reduce carbon emissions at the site. Guerbet joined the Science Based Targets Initiative (SBTi) which encourages ambitious climate action in the private sector by allowing companies to set science-based emission reduction targets. This is a further step on that journey.”

It also comes as the company celebrates 30-years of operation in Ireland. Over the past three decades, Guerbet has continuously strived for excellence, delivering cutting-edge medical imaging solutions and contrast agents to healthcare professionals worldwide, as well as offering highly skilled employment in the area.”

John Carty, CCO of Enerpower powered by Greenvolt stated, “We are delighted to partner with Guerbet on their first solar energy project. Similarly to Guerbet’s ethos we too endeavour to build lasting relationships with our customers and are delighted to add Guerbet to our list of clients using solar energy in Ireland.”

Guerbet marks 30 years of operation in Ireland, employing over 130 skilled workers

The site in Dublin began production in 1994 and currently boasts a workforce of over 130 skilled professionals at the Damastown location. This local presence contributes to the company’s global footprint, which spans across the 5 continents with 2,830 employees worldwide.

Guerbet develops and manufacture contrast media, which are instrumental in improving the visibility of internal organs, blood vessels, and tissues during medical imaging procedures.

Every second, somewhere in the world a patient undergoes an imaging procedure with a Guerbet product. More than 60,000 health professionals rely on the contrast agents to diagnose disease and assess treatment efficacy.

Microsoft Announce Collaboration with Irish Pharmaceutical Blockchain Disruptors ServBlock

ServBlock, a Blockchain and pharmaceutical compliance company is collaborating with Microsoft’s Early Access Engineering programme to produce a novel business case for the use of NFT technology in meeting compliance standards.

Servblock translates the current human to human based quality assurance process to a digital first trust system underpinned by machine to machine interactions and blockchain technology, providing verified data that is automatically checked for compliance.

Pharmaceutical compliance entails a multitude of processes requiring manual checking of data and tasks which require detailed attention, passing numerous levels of scrutiny often multiple times. ServBlock automates this process in a much more secure, timely and cost-efficient manner than the current status-quo with the use of blockchain technology.

The use of blockchain helps create validated digital traceability systems for pharmaceutical parts by recording data in real-time throughout a supply chain. With blockchain solutions, pharmaceutical-based transactions and processes can become secure, cheaper, and quicker than usual. For new biotech facility start up projects ServBlock can save 14,400 commissioning hours resulting in an average saving of 1.5 million euros per project.

As well as cost reduction ServBlock’s technology:

  • Eliminates fraud in the pharmaceutical supply chain

  • Eliminates the risk of counterfeit or contaminated drugs entering the market

  • Greatly reduces human error in the supply chain.

Blockchain is most commonly known for its uses in the financial industry and being particularly rooted in cryptocurrency over the last decade, but its fundamental data integrity properties means it is particularly suited to regulated industries, such as pharmaceutical production and distribution.

In collaboration with Microsoft, ServBlock has developed a novel use of non-fungible token (NFT) technology. NFTs are unique cryptographic tokens that exist on a blockchain and cannot be replicated, normally bought and sold. This model presents the perfect framework to ensure transparency for all stakeholders from beginning to end.

John Ward, CEO and founder of ServBlock, said: ‘Implementing new technologies to aid in the continued improvement of compliance standards is a core pillar of what ServBlock does. To have Microsoft on board gives further validation to the work we have been doing since founding the company and blockchain as a powerful business tool. NFTs have gained recognition and popularity for their use in selling art and a new internet culture, but we are glad to be starting the adoption of real world use within an enterprise setting.’

Quality assurance data is tokenized and in this way shows an end-to-end business use case for NFT use in the pharmaceutical industry. Every business process is signed by business participants, stored then shared through a ledger which itself shows ownership of assets from their creation. Every business process is shared among business participants ensuring traceability at every stop.

Small, Medium & Corporate Lead for Microsoft Ireland, Peter Lougheed said: “NFTs are one of the most exciting concepts to emerge from blockchain technology, and have grown to be hugely significant. It’s great to see a Microsoft Founders Hub member, like ServBlock, continue to scale and expand. We, at Microsoft, are excited to collaborate with ServBlock in developing their technology to better enable the pharmaceutical industry to meet their, often very complex, compliance standards.”

This collaboration presents the first use case of NFTs within a pharmaceutical manufacturing setting and therefore uncovers great potential for the use of blockchain technology in a variety of areas which rely heavily on secure, transparent ownership of assets.