Electrically conductive wheels and antistatic wheels and castors are used in almost every industrial setting, from medical engineering, electrical and semi-conductor industries to the automotive industry, hospitals, pharmaceuticals and other chemical industrial sectors. These wheels and castors are used everywhere protection against electrostatic discharge is required. Operators and sensitive goods are particularly susceptible to the electrostatic discharge that can be generated by transport units or by transported goods. ESD wheels and castors can be used to prevent these discharges.
Optimize RF Welding for Efficiency and Savings
Heating plastic to join materials together is performed in numerous ways and done to most disposable medical devices. Radio Frequency welding is a common method widely used in the industry. The way power is applied to the material can be done in multiple ways.
To enhance the efficiency and energy savings of RF welding, consider our patented method, which reduces cycle time while conserving energy. Here's a concise breakdown:
Traditional Approach:
· Full power application can lead to rapid initial heating, causing impedance changes and detuning.
· Improperly tuned systems may distribute RF power inefficiently, affecting the welding process.
Our Solution:
· Utilize an 'S' curve power profile to regulate temperature changes and maintain tuning efficiency despite impedance shifts.
· Implementing this method allows for a more controlled power ramp-up, resulting in quicker weld completion with reduced energy consumption.
· Reducing the amount of reflected RF due to tuning efficiency creates a safer work environment.
Let's discuss how this approach can benefit your operations.
www.rdcustomautomation.com#automation#successfulautomation#engineering#lifesciences#electricalengineering#rulesofautomation#understandingautomation#medicaldevices#robotics#mechanicaldesignengineer#pharmaceutical#biotech#manufacturing#systems#solutions
You are looking at two industry veterans that have “seen it all” over the years in the Life Science, Analytical Instrumentation, Biotechnology and IVD segments.
Pictured to the right is Jon Bohlin. Over his long and successful career, Jon has developed innovative techniques for hard materials processing, precision assembly and testing. At Sapphire Engineering, Jon was the major factor in building capability as a manufacturer of precision and diagnostic components for original equipment manufacturers. The manufacturing techniques he has developed and refined provided liquid chromatography products and components, to the major instrument manufacturers. If you are a user of a major brand OEM LC or LCMS, chances are, Jon’s manufacturing and processing techniques are a major reason as to why your instruments pump works as the OEM designers intended it.
Pictured to the left is Jim White. Jim has a lengthy career developing and growing business for numerous companies with new products and custom engineering solutions for multiple markets. His experience with advanced high-performance polymers for fluidic & micro fluidic instruments is unmatched. Jim, now working with David Schnur Associates, had the chance to visit Jon and some of the ACI team in Massachusetts.
This picture captures the coming together of these highly experienced “Pro’s” and ACI is very proud to have them working with our team. Their experience and knowledge help to guide and inform our other team members and that means an overall better experience for our customers.
How are you leveraging experienced pro’s in your industry?
#IndustryVeterans#LifeSciences#AnalyticalInstrumentation#Biotechnology#IVD#IndustryExpertise#Chromatography
One thing that we are frequently asked is, “What are the most important things to consider in microfluidic IVD disposable product design”? Although each product is different, the process remains the same: define the system requirements, define the instrument/ disposable interactions, and then define the instrument and disposable requirements. At Phase Three, we do all of this within the framework of ISO 9001 and 13485 Design Controls so that the design process is understood, controlled, and well documented.
Learn more by following the link below!
🚀 Fundamental Features of a High-Quality Bioreactor! 🚀
Our bioreactor is engineered for superior performance in biopharmaceutical applications, offering a range of cutting-edge features:
🔧 Appearance and Material Requirements:
Metal Parts: SUS/AISI316L stainless steel with a smooth finish (Ra ≤ 0.4 μm).
Non-Product-Contact Parts: SUS/AISI304 stainless steel with a finish (Ra < 1.0 μm).
Non-Metal Parts: Safe, chemically stable materials like PTFE and POM.
Seals & Gaskets: High-quality, food-grade materials such as PTFE and EPDM.
Hoses: Pressure-resistant, non-toxic PTFE.
Welding: Automated, polished welds for enhanced quality.
Tank Openings: Precision cut, no arc welding.
Connections: Sanitary clamps and sterile connectors for easy maintenance.
Insulation: High-performance aluminum silicate fiber insulation.
💡 Technical Specifications:
Suspension Culture: Supports efficient suspension culture processes.
Volume Options: Ranges from 50L to 5000L capacities.
Filling Coefficient: Optimal capacity maintained at 70%-75%.
Weighing Module: Mettler module for precise weight monitoring.
Stirring: Bottom magnetic stirring with accurate speed control.
Temperature & pH Control: PID-controlled for reliable adjustments.
Dissolved Oxygen (DO) Control: Automatic adjustments for ideal conditions.
Aeration: Deep micro-bubble and surface aeration options for improved oxygenation.
💻 PLC Control System:
Regulatory Compliance: Fully compliant with cGMP and GAMP5 standards.
User-Friendly Interface: Siemens PLC S7-300 series with a clear and intuitive control interface.
Comprehensive Control: Simultaneous monitoring and control of temperature, speed, pH, and more.
Alarms & Notifications: Automatic alerts to detect and respond to any issues.
Data Management: Industrial-grade host computer for advanced data analysis and storage.
🌟 Unlock the future of bioprocessing with our advanced bioreactor technology! Contact us to learn more today!
#Biotechnology#Bioreactor#Pharmaceuticals#Innovation#cGMP#GAMP5#AdvancedManufacturing
🌟 Are you looking to improve the precision and efficiency of your manufacturing processes? 🌟
Did you know that high-precision metering pumps can meet this need?
I had the pleasure of writing this article for Manetco!
This SME specializes in continuous chemistry.
Imagine managing fluids with very low to high viscosity, up to 100,000 centipoise, while maintaining pressures from 100 to 1000 bars with an accuracy of 0.1%. Sounds interesting, right?
This technology allows you to produce fine emulsions in a single step and to precisely control flow for (nano-) particle synthesis. It’s ideal for applications such as dosing, filling, and additive injection in plastic extrusion and HPLC.
If you're interested in evaluating the potential of this technology, feel free to reach out! Contrary to common belief, continuous chemistry can be tested at a laboratory scale at a low cost, and Manetco can support you in scaling up.
Check out the article in the first comment below! 👇✨
Discover how high-precision metering pumps can help you revolutionize your processes!
Our latest blog article at Manetco explores the advanced technology behind these pumps, highlighting their accuracy and efficiency in various applications. This pump technology is designed to handle very low and high viscosity fluids (up to 100 000 centipoise) within high pressure (From 100 bars to 1000 bars) processes which keeping a precision of 0.1%.
We use this technology, combined with our mixing technology, to produce fine emulsions in one step or to precisely control flow for (nano-) particle synthesis. This pump technology is also largely used for various applications like dosing, filling, additive injection for plastic extrusion, HPLC ...
Read more in the article in the first comment below.
#HighPrecision#MeteringPumps#FluidManagement#IndustrialAutomation#PrecisionEngineering#Manetco#InnovationInTechnology#ProcessOptimization#PumpTechnology#EfficiencyInIndustry#Flowchemistry#Microfluidics
Mechanical engineer at RPWORLD Machining|Injection molding|Urethane casting
3moWow, this is a great example of how technology can bring efficiency and value to the medical device industry.! Keep up the great work!