Smarter Research, Streamlined Workflows: Exploring Kewaunee's Cutting-Edge Lab 4.0 Features
1. LAB ASIMO
Lab ASIMO ™ is an innovative IoT solution that transforms laboratories into eco-friendly and secure environments.
Benefits of Lab ASIMO
Round-the-clock Monitoring: Lab ASIMO TM serves as your vigilant guardian, maintaining constant surveillance on crucial factors such as temperature, humidity, and air quality. This continuous observation enables you to detect and resolve potential issues before they develop into more significant concerns.
Energy Efficiency: Lab ASIMO TM helps you optimize energy use in your lab by identifying areas for improvement and suggesting adjustments to equipment settings. This translates to significant cost savings on your energy bills while also minimizing your lab's environmental footprint.
2. 3D BIM
3D BIM goes beyond conventional blueprints by forming a digital duplicate of your entire laboratory, encompassing every piece of equipment, wall, and fixture. This technology provides numerous advantages, especially in the realm of designing adaptable and collaborative laboratories.
Benefits of 3D BIM
Enhanced Design Flexibility: With 3D BIM, lab personnel can rapidly and effortlessly explore different design alternatives. If a new instrument needs to be integrated, all it takes is adjusting the virtual model to visualize the impact immediately. This adaptability gives you the power to develop a laboratory that precisely corresponds with your changing research requirements.
Streamlined Collaboration: The 3D BIM serves as the central hub for all parties involved in the laboratory design process. This includes architects, engineers, and researchers who can utilize this virtual model to collaborate in real time. Such a platform facilitates clear communication and ensures alignment among stakeholders.
Computational Fluid Dynamics (CFD) is an innovative method for optimizing airflow design for conventional and flexible lab setups. CFD employs advanced computer software to replicate airflow behaviors in your lab, offering visualization of air movement, temperature distribution, and contaminant dispersion.
Benefits of CFD lab airflow design
Precise Design for Flexible Labs: CFD simulations enable testing of different configurations for fume hoods, workstations, and equipment placements. This ensures the effectiveness of your lab's airflow system as your research needs evolve.
Enhanced Safety: CFD simulations are instrumental in pinpointing stagnant air areas or insufficient containment, allowing for the design of an airflow system that reduces the risk of exposure to hazardous fumes and airborne contaminants.
Access a comprehensive library of Kewaunee's high-quality lab furniture and equipment directly in the cloud. Utilize the interactive 3D design features to virtually build your lab, experiment with layouts, and visualize your workspace in stunning detail.
Benefits of Efficax Cloud Design
Effortless Lab Design: Efficax Cloud simplifies lab planning by removing the need for complex software or physical setups. With access to Kewaunee's extensive digital laboratory collection in the cloud, you can create your ideal laboratory from any location at any time with ease.
Real-Time Collaboration: The cloud facilitates smooth collaboration with Kewaunee's laboratory design specialists. Share your design concepts, obtain input, and enhance your layout – all within a unified platform.
Digital twins represent the cutting-edge evolution of industrial IoT, seamlessly bridging the physical and digital realms. This innovative technology empowers businesses to simulate, diagnose, and forecast the performance of physical assets and equipment.
Benefits of Digital Twins
Enhanced Simulations: Before conducting an experiment on costly or delicate equipment, it's essential to simulate different scenarios using the digital twin. This practice enables researchers to refine protocols, reduce errors, and safeguard equipment safety with precision and confidence.
Improved Efficiency: Digital twins play a crucial role in creating a more efficient lab environment by optimizing equipment usage and minimizing downtime. This cutting-edge technology allows researchers to concentrate on their core tasks while the digital twin diligently monitors and safeguards valuable equipment.
