Scott Moren’s Post

PFS Assembling & Labeling Machine – Radiant Industries Radiant Industries: Ranks among India's top five manufacturers of pre-filled syringe (PFS) filling and closing machines. A leading manufacturer, supplier, and exporter of Pre-Filled Syringe Assembling & Labeling Machines in India. Specifically designed to assemble and label pre-filled syringes with multiple stations handling tasks such as plunger rod insertion and label application. Applications in Pharmaceutical Industry: Pharmaceutical companies utilize these machines to produce pre-filled syringes for various medications. Ensures accurate assembly and labeling, contributing to the safety and efficacy of medications. Key Features and Benefits: Automated Production: Eliminates manual labor, reducing errors and contamination, while enhancing production speed. Accuracy and Consistency: Ensures precise filling and consistent label application for accurate dosing and product quality. Increased Efficiency: Automation reduces production time and labor costs, improving overall efficiency. Reduced Waste: Minimizes the risk of misaligned labels and incorrect filling, reducing wasted syringes and product loss. Improved Sterility: Automated processes minimize human contact, promoting product sterility and patient safety. Data Integration: Ability to integrate with production line systems for data logging, monitoring, and quality control. Types of Machines: Rotary Machines: High-throughput machines suitable for large-scale production, offering continuous and rapid operation. Linear Machines: Versatile and flexible, ideal for smaller production batches, accommodating various syringe sizes and shapes. Integrated Systems: Combine filling, assembly, and labeling processes into a single machine for maximum efficiency and space optimization.

Fast-track your market entry with our robust aseptic filling platform. The Flex-Line™ Robotic Filler provides full integration of ATS Scientific Products filling and Comecer isolator technologies for a seamless process from order through Validation. Production output 15-200 units per minute (upm) Capable of multiple formats: RTU vials, syringes, and cartridges Containment integration with RABs or Isolator The Flex-Line™ Robotic Filler slots into your space with minimal disruption and brings an elevated degree of versatility with the ability to process a variety of containers with minimum changeover time and high adaptability to manufacturing needs. STÄUBLI robotics combine cleanliness, precision, and speed for maximum process reliability; Comecer Isolation Technology makes sure you’ll get sterility, accuracy, and quality, whether you’re filling microvials, pre-sterilized vials, syringes, or cartridges. #vials #syringes #cartridges #asepticfilling #pharmaceuticalmanufacturing Pharmaceutical Online Pfizer, Eli Lilly and Company, Amgen, Bayer, Novartis, Novo Nordisk, Catalent Pharma Solutions, PCI Pharma Services, AstraZeneca, Merck, Spark Therapeutics, Inc., FDA

B Tooling and D Tooling refer to different standards of tablet tooling used in tablet compression machines for pharmaceutical manufacturing. The primary differences between the two relate to the size and configuration of the tooling (punches and dies), which impact tablet size, shape, and output capacity. 1. B Tooling: Punch Diameter: Smaller (19 mm head diameter) Die Diameter: Smaller (30.16 mm outer diameter) Max Tablet Diameter: Approximately 13 mm Output: Typically more stations per machine due to smaller size, leading to potentially higher output. Use: Suitable for smaller tablets, typically used when higher quantities are required within a limited space. 2. D Tooling: Punch Diameter: Larger (25.4 mm head diameter) Die Diameter: Larger (38.10 mm outer diameter) Max Tablet Diameter: Approximately 25 mm Output: Fewer stations in the machine compared to B tooling, but it allows for larger tablets to be produced. Use: Suitable for larger tablets or where less quantity and larger dosing is necessary. Tablet Compression Machines: These machines are designed to compress powder into tablets. They come in single-station and multi-station formats: Single Station Tablet Press: Uses one tooling set and presses one tablet at a time. Rotary Tablet Press: Uses multiple tooling sets and can produce thousands of tablets per hour. Comparison: B Tooling machines are chosen for smaller, high-volume tablets. D Tooling machines are chosen for larger tablets, often used for veterinary, nutraceutical, or specialized formulations requiring large doses.

AST’s ASEPTiCell® is a flexible fill/finish system that can efficiently process medium-sized clinical and commercial batches while meeting all cGMP requirements for cleanliness and sterility. AST’s ASEPTiCell® has a unique blend of automated capabilities to ensure your sterile products, whether clinical or commercial, are processed in strict accordance with cGMP requirements. The system has the flexibility to adapt to your process requirements and container options alike, and its ability to process all ready-to-fill vial, syringe, and cartridge formats allows you to bring drug products to market cost-effectively. Joshua Russell, Brittany Cooksey, CPSM, Joe Hoff

A Comprehensive Guide to Selecting the Ideal Injectable Dry Powder Filling Machine for Pharmaceutical Companies I. Introduction In the highly regulated pharmaceutical industry, selecting the right equipment is crucial for optimizing production efficiency and ensuring product quality. Injectable dry powder filling machines are essential for the precise and sterile filling of powders into vials. As the industry evolves, advanced and reliable machinery becomes increasingly important. N.K. Industries, based in Ahmedabad, Gujarat, India, is a leading manufacturer known for its innovative injectable dry powder filling machines. This guide aims to assist pharmaceutical companies in selecting the ideal machine by focusing on essential considerations such as production volume, technical expertise, and application requirements. 😀 https://lnkd.in/g5_PWqxQ #PharmaceuticalMachinery #PowderFillingMachines #InjectableFilling #PharmaManufacturing #PharmaTechnology #DryPowderFilling #PharmaceuticalEquipment #AutomationInPharma #PharmaProduction #NKIndustries #PharmaceuticalSolutions #QualityInPharma #PharmaInnovation #MedicalManufacturing #PharmaAutomation

Introducing the revolutionary Capsule Filler – a pinnacle of innovation and productivity in pharmaceutical and nutraceutical manufacturing. Engineered to redefine industry standards, this automatic capsule-filling marvel boasts unparalleled filling rates, setting new benchmarks for efficiency and precision. With lightning-fast filling capabilities, our KCF Capsule Filler ensures rapid production without compromising on accuracy. Precision dosage control guarantees the highest standards of quality in every capsule filled, while an intuitive user interface simplifies operation, reducing the learning curve for your production team. Versatility is key, and our machine effortlessly accommodates various capsule sizes, offering flexibility for different formulations and production requirements. Designed with ease of maintenance in mind, the Kevin’s Capsule Filler minimizes downtime and maximizes production output, ensuring uninterrupted performance. Crafted from high-quality materials, our capsule-filling machine epitomizes durability and longevity, providing a reliable solution for your production needs. Elevate productivity, maximize cost efficiency, and uphold uncompromised quality assurance with Kevin Process Technologies. Choose Kevin for your capsule filling needs and experience unparalleled excellence in pharmaceutical machinery. With a legacy of expertise spanning decades, Kevin is synonymous with innovation, reliability, and precision engineering. From cutting-edge technology to customizable solutions, we exceed expectations and ensure optimal performance at every step of your journey. Join the ranks of satisfied customers worldwide who rely on Kevin for superior pharmaceutical machinery solutions. . #KevinProcessTechnologies #CapsuleFillingSystem #CapsuleFilling #MachineEfficiency #PharmaceuticalManufacturing #KevinGroup

Airlock system plays an important role in pharmaceutical industries to protect clean rooms from contaminants and to prevent cross-contamination. As the name indicates, airlock means a locking system which is produced by utilizing air pressure. In simple words, we can say that the airlock system is a locking system for the protection of clean areas from contaminants which can contaminate the clean rooms during men and material flow. 👉An air airlock is produced by creating differential pressure between two areas and differential pressure is produced by HVAC.According to WHO a differential pressure of 10-15 pascals should be maintained. To produce a higher differential pressure coast of the system is also increased. 👉Purpose of Airlock The main purpose of the airlock system is to prevent cross-contamination. To prevent the entry of contaminants from less classified area to a highly classified area. In a sterile area prevent the entry of less clean air to high clean area. In a sterile area prevent the entry of microbes from the less clean area to the high clean area. In oral solid dosage forms manufacturing areas prevent the outflow of powders. In most of the pharmaceutical industries, a common airlock system is used for the entry of and materials. 👉Personnel Airlock (PAL) The airlocks which are used for the entry of personnel into the cleanroom is called personnel airlock (PAL) 👉Material Airlock(MAL) The airlock which is used for transferring of materials is called Material air Lock (MAL). 👉Design of Air Lock The airlock is a closed room between two cleanrooms of different classes for example between Cleanroom Class B and cleanroom class C and same way between Class C and Class D.Air lock is with usually with two doors one door open in one clean room like in class C and other door opens in another class area like in class D.So if we want to enter from class D to class C, first of all, we will enter from Class D into Airlock and then from the airlock to Class C. 👉Both doors of airlock should not be opened simultaneously. First Of all open one door and enter into airlock from Class D then close that door and open other door to enter into Class C.Interlocking system should be installed in airlocks to prevent the opening of both door at the same time. An alarm system should be installed which give an alert if both doors are opened at the same time. The doors of air look should be opened towards higher pressure side so that it can easily be closed by air pressure. 👉Principle of Air Lock As it is a general role that air moves from.. Read the Complete article in the following https://lnkd.in/dgFHHqca

How many times have your "lint-free wipes" left lint on your cleaned surfaces? That's because you need to work with the right cleanroom supplier. I just spent a couple of hours writing this article, breaking down why many wipes that are being sold as "lint-free" are not actually lint-free. We have 20 years of pharmacist feedback and reviews on all our products at Cleanroom Connection LLC. If an item has ever gotten a bad review or has faults made known to us, we investigate & stop carrying it if we find issues. The difference you will find at Cleanroom Connection vs other cleanroom suppliers is that our cleanroom product selection is "hand-picked and personally evaluated". It's not based on profit margins or what we get the best deals on. There is a reason Cleanroom Connection has been rated the #1 supplier for pharmaceutical cleanrooms all these years. 🏆

AST’s ASEPTiCell® has a unique blend of automated capabilities to ensure your sterile products, whether clinical or commercial, are processed in strict accordance with cGMP requirements. The system has the flexibility to adapt to your process requirements and container options alike, and its ability to process all ready-to-fill vial, syringe, and cartridge formats allows you to bring drug products to market cost-effectively. By integrating standard process modules into an advanced robotic fill/finish system, the ASEPTiCell provides unrivaled flexibility for cGMP aseptic production of Ready-To-Use Vials, Syringes, and Cartridges, making the ASEPTiCell the ideal fill/finish system for small to medium batch size commercial drug product applications. The ASEPTiCell can be configured with advanced system features and capabilities to tailor the equipment for each unique application. The system meets the highest standards for aseptic processing by providing features such as environmental monitoring, multiple product dispense system options, in-process fill weight control, and electronic batch record reporting. Small & Medium Batch Capabilities The ASEPTiCell is easily configured to process all ready-to-use, nested, vial, syringe, and cartridge formats for small and medium commercial batches. The use of highly reliable robotics enables a complete system changeover in as little as thirty minutes. The system can include automated lyo loading and unloading. Vial Filling, Closing, and Sealing Syringe Filling and Closing Cartridge Filling and Closing Lyo or Lyophilizer Integration Flexible & Modular System Design In order to meet a wide range of customer and application needs, the ASEPTiCell has a modular design that provides our customers with a system that is tailored to their application requirements without the cost and risk associated with customization. Available modules include: Semi-Automatic (SABO) or Automatic (ABO) Bag Opening Automatic Tub Opening (ATO) Automatic Filling & Closing (FCM) Lyo Prep (LPM) Vial Sealing (VSM) #asepticfilling #celltherapy #genetherapy Cell & Gene

Airlock system plays an important role in pharmaceutical industries to protect clean rooms from contaminants and to prevent cross-contamination. As the name indicates, airlock means a locking system which is produced by utilizing air pressure. In simple words, we can say that the airlock system is a locking system for the protection of clean areas from contaminants which can contaminate the clean rooms during men and material flow. 👉An air airlock is produced by creating differential pressure between two areas and differential pressure is produced by HVAC.According to WHO a differential pressure of 10-15 pascals should be maintained. To produce a higher differential pressure coast of the system is also increased. 👉Purpose of Airlock The main purpose of the airlock system is to prevent cross-contamination. To prevent the entry of contaminants from less classified area to a highly classified area. In a sterile area prevent the entry of less clean air to high clean area. In a sterile area prevent the entry of microbes from the less clean area to the high clean area. In oral solid dosage forms manufacturing areas prevent the outflow of powders. In most of the pharmaceutical industries, a common airlock system is used for the entry of and materials. 👉Personnel Airlock (PAL) The airlocks which are used for the entry of personnel into the cleanroom is called personnel airlock (PAL) 👉Material Airlock(MAL) The airlock which is used for transferring of materials is called Material air Lock (MAL). 👉Design of Air Lock The airlock is a closed room between two cleanrooms of different classes for example between Cleanroom Class B and cleanroom class C and same way between Class C and Class D.Air lock is with usually with two doors one door open in one clean room like in class C and other door opens in another class area like in class D.So if we want to enter from class D to class C, first of all, we will enter from Class D into Airlock and then from the airlock to Class C. 👉Both doors of airlock should not be opened simultaneously. First Of all open one door and enter into airlock from Class D then close that door and open other door to enter into Class C.Interlocking system should be installed in airlocks to prevent the opening of both door at the same time. An alarm system should be installed which give an alert if both doors are opened at the same time. The doors of air look should be opened towards higher pressure side so that it can easily be closed by air pressure. 👉Principle of Air Lock As it is a general role that air moves from.. Read the Complete article in the following https://lnkd.in/dftVkzYN