Automated systems make laboratory operations more efficient compared to their manual counterparts. But do you know what’s better? Automated ones with advanced technologies! So what are these innovations that you will want to have in your liquid handling systems?
Precision Pipetting with Automated Calibration
Working with delicate samples calls for great accuracy. A good liquid handler guarantees perfect every transfer. Even at low volumes, built-in optical encoders enable the system to maintain precise pipette tip positioning. Calibration with an integrated high-precision camera becomes a rapid, one-click process devoid of any hand adjustments required. This guarantees consistency over several runs and helps to reduce human mistakes.
The technology minimizes liquid waste by averting both over- and under-dispensing. Automated calibration ensures consistent, high-quality outcomes with less effort, regardless of whether managing regular testing or intricate operations.
Smart Vision and Error Monitoring
Smart vision technology and error monitoring enhance the precision of liquid handling systems by identifying inconsistencies in liquid levels and detecting pipetting errors.
- Advanced imaging sensors help ensure proper sample placement in order to reduce the risk of contamination;
- Real-time error detection ensures that corrective actions are applied immediately to maintain workflow efficiency; and
- Seamless integration with other automated platforms, including mobile laboratory robots, allows for more reliable operations.
In order to enable research and diagnostic applications that demand careful liquid handling for reliable and superior outcomes, AI-driven analysis further improves accuracy.
High-Speed Operation and Workflow Efficiency
Saving time in the lab doesn’t just improve productivity—it allows researchers to focus on more critical tasks. Automated systems streamline operations with rapid pipetting, eliminating delays caused by manual handling. Integrated software simplifies workflow management, letting users set up, run, and analyze experiments from a single platform. This level of automation is becoming as essential as wearable technologies in the workplace, ensuring consistent, efficient performance. By reducing hands-on time and standardizing processes, high-speed liquid handling systems help labs stay ahead without compromising accuracy or reliability.
Compact Design with Contamination Control
Space is a valuable resource in any lab, and bulky equipment can be a hassle. A compact liquid handling system saves room while maintaining top-tier performance. Smaller footprints allow for better organization, making it easier to integrate with other lab equipment. Built-in contamination controls, such as enclosed waste containers, UV LED lights, and HEPA filters, help maintain a sterile environment. These features reduce cross-contamination risks while keeping workstations cleaner. With a streamlined design and contamination safeguards, labs can optimize space without sacrificing precision or safety.
Versatile Functionality and Customization
Labs handle a variety of tasks, so a flexible liquid handling system is a must. A well-designed system should support different applications, from basic liquid transfers to advanced processes like qPCR and NGS library prep. Customization options, such as interchangeable pipette heads, magnetic stations, and cooling blocks, enhance versatility. Some systems even allow scripting for tailored automation. With the ability to adapt to different workflows, a single system can replace multiple manual processes. The result? Less equipment clutter, improved efficiency, and more accurate, reproducible results.
Contact Bio Molecular Systems today to see how their advanced solutions can improve clinical operations.
