The Haskell Company’s Post

Are you getting the most out of your laboratory equipment investments? Regular maintenance helps prevent downtime, ensures accuracy, and extends the life of your scientific equipment, safeguarding your investments. ⌛ Avoid Downtime: Keep your experiments running seamlessly by identifying and addressing potential issues before they disrupt your workflow. 🎯 Ensure Accuracy: Precision is key in the world of science, and regular maintenance enhances the accuracy of your results, ensuring the integrity of your research. 🛠️ Extend Equipment Lifespan: Lab equipment, like any intricate machinery, requires care to stand the test of time. Our maintenance services can help extend the lifespan of your valuable instruments. Trust the Experts - Your Safe Pair of Hands Our team of manufacturer-trained service engineers provide comprehensive maintenance services tailored to your unique needs, covering everything from calibration to servicing and parts replacement. 📆 Don't wait until it's too late – contact us now to schedule your next maintenance and experience the peace of mind that comes with a well-maintained laboratory. 👉 https://loom.ly/hwAXxx8 #science #scienceandtechnology #maintenance #laboratory

⚡Cleaning Validation Tip! Design a risk-based approach: Prioritize equipment based on risk to the product quality. This ensures that resources are allocated efficiently and that critical equipment is thoroughly validated. Sievers Instruments can help improve efficiency by analyzing your rinse water in real-time, allowing you to return equipment back to production more quickly! https://bit.ly/3cWH7NM #SieversInstruments #DataIntegrity #Accuracy #TOC #BlackHistoryMonth #Veolia #SieversInstruments #DEI

Our M9 TOC analyzer is a great alternative vs HPLC for cleaning validation samples: - Lower operating costs - Better process understanding - Faster sample analysis - Simpler method development - Greater productivity - Opportunity for at-line and online efficiency gains

I’m happy to share Erland's latest blog on navigating the intricate process of constructing a Current Good Manufacturing Practice (cGMP) facility. In this post, I dive into how we meticulously plan and execute the construction of these complex spaces, from spatial layout and end-user data to the critical roles of Piping & Instrumentation Diagrams (P&ID) and Process Flow Diagrams. Check out this edition of Tried & Blue and discover how we use these tools to ensure everything runs smoothly and meets the stringent cGMP regulatory requirements.

Stay on Top of Your Supply Chain: Track Your Orders Easily! 🚚 Wondering where your shipment is located and what it contains? Our user-friendly order tracking system empowers you to check your order status in real-time, so you may plan your operations effectively. No more calling or emailing – get instant updates directly @Emerald Scientific website! PURCHASING MADE EASY – Try it yourself at: https://bit.ly/45hfhmg #emeraldscientific #supplychainmanagement #businessefficiency #ordertracking #procurementexpertise #procurementteam #10yearsexperience #labsupplies #labconsumables #labsupplier #labconsumablessupplier #labequipment #labinstrument #laboratorysupplies #laboratoryconsumables #solvents #chemicals #crms #referencematerials #labequipmentsupplier #labinstrumentsupplier

Go flow in API synthesis with Farmhispania Group

In fluid system operations, precision is not just a goal—it’s a necessity. Liquid sampling is a critical component in ensuring that the quality and consistency of your products meet industry standards. Whether you’re operating in the oil and gas sector, pharmaceuticals, or any industry where fluid analysis plays a pivotal role, understanding and implementing optimised liquid sampling strategies can significantly boost both accuracy and operational efficiency. By leveraging advanced sampling techniques, you can minimise contamination risks, reduce waste, and ensure that every sample you take is truly representative of your fluid systems. This not only enhances the reliability of your data but also helps in maintaining the integrity of your processes, leading to better decision-making and compliance with industry regulations. Explore the latest innovations and best practices in liquid sampling strategies to stay ahead in your field. Whether you’re looking to upgrade your existing systems or implement new solutions, the right sampling strategy can make all the difference. 🔗 Delve into our Swagelok comprehensive guide on liquid sampling strategies. https://lnkd.in/dfzdStN #FluidAnalysis #SamplingEfficiency #PrecisionEngineering #OperationalExcellence #ProcessOptimisation #Swagelok #IndustryInsights 👉 Ready to take your fluid systems to the next level? Let’s connect and discuss how we can help you achieve unparalleled accuracy and efficiency.

Optimising Clean In Place (CIP) Systems: The Key to Effective Cleaning In the food and beverage, pharmaceuticals and biotechnology industries, the efficiency and hygiene of process operations rely on effective CIP systems. Well designed and maintained systems ensure consistent quality, compliance with FDA and EHEDG standards and minimise cleaning cycle times. The pump is the heart of any CIP system. Here are 6 factors to consider for selecting the correct pump; 1. Flow Rate: Ensures that cleaning solutions reach all areas of the equipment. 2. Pressure: Necessary to dislodge and remove residue and biofilms. 3. Pump Type: Centrifugal pumps are common, but positive displacement pumps may be required for higher viscosity fluids. 4. Material Compatibility: Ensure the pump materials are compatible with the cleaning agents and the process fluids. 5. Mechanical Seal Plan: Essential for preventing leaks, particularly in systems dealing with aggressive cleaning solutions. 6. ATEX or IECEx Zone Rating: Critical for safety and compliance in environments where explosive atmospheres may be present. Contact Aurex Engineering for expert assistance with CIP pumps and skids tailored to your requirements. #FoodAndBeverage #Pharmaceuticals #Biotechnology #CIPSystems #Pumps #IndustrialCleaning #Aurex

🔍 Optimizing Laboratory Quality Control Strategies: Ensuring Accuracy and Stability in Detection Systems In laboratory operations, quality control is pivotal in ensuring the accuracy and stability of detection systems. To achieve this goal, performance requirements for quality control materials are paramount. ✅ Good Stability: Stability is a core attribute of quality control materials. They should remain stable not only before opening but also consistently after opening. This not only determines the shelf life of the quality control material but also directly impacts the laboratory's test results. Therefore, selecting quality control materials with good stability is crucial. 📉 Small Inter-Bottle Variability: The quality control in the laboratory should accurately reflect the performance of the detection system. To achieve this, the inter-bottle variability of quality control materials should be minimized. Only when inter-bottle variability is minimized can quality control results more accurately reflect the real situation in the laboratory. 💡 Concentration Levels of Quality Control Materials: The concentration levels of quality control materials should cover a range near the medical decision level. This ensures the accuracy of the detection system within critical concentration ranges. Additionally, quality control materials should cover concentration levels near the upper and lower limits of the reportable range to ensure the accuracy of test results. 🔄 Multi-Component Composite Quality Control Materials: Using multi-component composite quality control materials can simplify laboratory quality control procedures, reduce workload, and minimize waste. By selecting appropriate composite quality control materials, laboratories can improve efficiency and reduce costs. 📊 Comparison of Quality Control Data: Comparing quality control data with other laboratories is an important step in ensuring the accuracy of the detection system. Ideally, laboratories with the same detection system should be selected for comparison to ensure consistency of results. By optimizing laboratory quality control strategies, we can ensure the accuracy and stability of detection systems, thereby enhancing the overall quality of laboratory operations. #ivd #QualityControlStrategies #SEKBIO #CLIA #FIA 👨💻 READ:https://lnkd.in/gAaizphb

Our latest edition of the Tried & Blue blog is here! Dive into the detailed process of building a top-notch cGMP environment with insights from our Program Development Manager. Want to learn how we navigate the intricacies of constructing these types of facilities? Check out the full blog post now! #BuildingsStandWithErland