Pro Overhead stirrer (OS40)

Pro Overhead stirrer

PRIMARY CLINICAL & DIAGNOSTIC USES

1. High-Throughput Pharmaceutical Formulation Development

• Primary Use: Provides a high-performance digital overhead stirrer with LCD display, brushless DC motor (120W input / 100W output), speed range 50-2200 rpm, and maximum viscosity handling of 50,000 mPa·s, designed for demanding mixing, homogenizing, and suspending applications requiring high torque and large volume capacity .

• How it helps: For the pharmaceutical formulation scientist and quality control chemist, the Pro Overhead stirrer increased power output (100W vs 50W on Pro Overhead stirrer) and higher torque (60 N·cm) enable efficient mixing of high-viscosity pharmaceutical formulations such as creams, ointments, gels, and suspensions at larger batch sizes (up to 40L) . The LCD display provides real-time monitoring of both set speed and actual speed, as well as torque trending for viscosity changes . For the patient, consistent high-volume formulation ensures that medications deliver the correct dosage and therapeutic effect with each use, particularly for high-viscosity topical preparations.

2. Large-Volume Clinical Reagent and Buffer Preparation

• Primary Use: Capable of stirring volumes up to 40 liters (water) with maximum torque of 60 N·cm, enabling large-batch preparation of reagents, buffers, and clinical samples for high-throughput diagnostic testing workflows .

• How it helps: For the clinical laboratory scientist and laboratory manager in high-volume reference laboratories, the Pro Overhead stirrer increased capacity (40L vs 20L on Pro Overhead stirrer) allows efficient preparation of bulk reagents for immunoassays, clinical chemistry analyzers, and molecular diagnostics—significantly reducing hands-on time and ensuring batch consistency across hundreds or thousands of patient samples . For the patient, consistent reagent preparation across large batches reduces inter-run variability and improves the reliability of diagnostic test results .

3. High-Viscosity Sample Processing for Biopharmaceutical Manufacturing

• Primary Use: Capable of handling samples with viscosity up to 50,000 mPa·s, enabling homogenization and emulsification of highly viscous biological fluids, cell pastes, and biopharmaceutical formulations for quality control and manufacturing support .

• How it helps: For the biopharmaceutical manufacturing scientist and quality control chemist, the OS40-Pro’s increased viscosity handling (50,000 mPa·s vs 10,000 mPa·s on Pro Overhead stirrer) and automatic torque adjustment ensure efficient processing of high-viscosity cell pastes, protein solutions, and fermentation broths—critical for downstream purification and formulation . For the patient, consistent high-viscosity sample processing ensures that biopharmaceutical products (monoclonal antibodies, vaccines, cell therapies) meet quality standards for safety and efficacy .

4. PC Control and Data Logging for GLP/GMP Compliance

• Primary Use: Features RS232 interface for PC control, enabling remote operation, data logging, and real-time monitoring of speed and torque for titration, reaction monitoring, and documentation of stirring parameters to support regulatory compliance .

• How it helps: For the quality assurance manager and regulatory compliance officer, the Pro Overhead stirrer RS232 connectivity allows connection to laboratory information management systems (LIMS) for traceable documentation of stirring speed, torque, and duration for each batch or sample—supporting regulatory compliance with GLP, GMP, and ISO standards . For the patient, compliant manufacturing and testing processes ensure that pharmaceutical products and diagnostic assays meet regulatory requirements for safety and efficacy .

5. Safe Handling of High-Viscosity Biohazardous Materials

• Primary Use: Features IP21 protection rating, splash-resistant design, overload protection with automatic motor stop (visual alarm display on LCD), and anti-spill slow-start mechanism, enabling safe handling of high-viscosity biohazardous materials in biosafety cabinets and fume hoods .

• How it helps: For the clinical laboratory scientist and biosafety officer, the Pro Overhead stirrers plash-resistant housing protects against accidental spills of infectious materials, while overload protection (visual alarm and automatic motor stop) prevents motor damage and sample loss during high-viscosity mixing . The anti-spill slow-start mechanism gradually increases speed to prevent splashing . For the patient, safe handling of biohazardous materials in clinical and research laboratories reduces the risk of laboratory-acquired infections and ensures sample integrity .

SECONDARY & SUPPORTIVE USES

1. Chemical Synthesis and Reaction Mixing: Used for stirring chemical reactions in organic synthesis, polymerization, and drug discovery workflows requiring high torque and large volumes .

2. API Dissolution Testing: Supports stirring of dissolution media for active pharmaceutical ingredient (API) release testing in pharmaceutical quality control laboratories .

3. Cosmetic and Personal Care Product Formulation: Used for mixing creams, lotions, gels, and emulsions in cosmetic product development and quality control at batch sizes up to 40L .

4. Food and Beverage Product Testing: Supports sample homogenization and ingredient mixing for food safety testing and nutritional analysis of high-viscosity products .

5. Paints, Coatings, and Inks Quality Control: Used for mixing and dispersion of pigments, resins, and additives in paint, coating, and ink manufacturing .

6. Petroleum and Petrochemical Sample Preparation: Supports mixing of oil, fuel, and lubricant samples for viscosity testing and quality analysis .

7. Biopharmaceutical Buffer and Media Preparation: Used for large-volume preparation of cell culture media, buffers, and purification solutions in biopharmaceutical manufacturing up to 40L batches .

8. Environmental Sample Processing: Supports mixing of water, soil, and wastewater samples for pollutant analysis and environmental monitoring .

9. Polymer and Plastics Testing: Used for mixing polymer solutions, resins, and plastic additives for materials testing and quality control .

10. Adhesives and Sealants Formulation: Supports mixing of adhesives, epoxies, and sealants for product development and quality testing .

11. Pilot-Scale Production and Scale-Up: Used for small-batch production and scale-up studies in pharmaceutical, chemical, and food manufacturing pilot plants up to 40L .

12. Debubbling and Degassing of Viscous Liquids: Supports gentle stirring to remove air bubbles from viscous solutions and gels .

13. Quality Control Testing of Raw Materials: Used for mixing of incoming raw material samples for identity, purity, and quality testing of high-viscosity materials .

14. Research and Academic Laboratories: Provides reliable overhead stirring for diverse research applications in chemistry, biology, and materials science requiring high torque .

15. Veterinary Pharmaceutical Formulation: Supports mixing of veterinary drug formulations and medicated feeds for animal health testing .

16. Infection Control Disinfectant Production: Used for mixing bulk disinfectant solutions for healthcare facility infection control programs .

17. Healthcare Product Development: Supports stirring in R&D of new pharmaceutical treatments, vaccines, and healthcare products at pilot scale .

18. High-Volume Buffer Preparation for Clinical Analyzers: Used for preparing large volumes (up to 40L) of wash buffers, reagent solutions, and calibrators for automated clinical chemistry and immunoassay analyzers .

19. Solubility Testing for Drug Development: Supports dissolution and mixing in drug solubility studies for new pharmaceutical compounds requiring high shear .

20. Formulation Stability Testing: Used for mixing stability samples in pharmaceutical QC laboratories for shelf-life determination of high-viscosity products .