Lab robots
SEAL Analytical is a leader in the development of advanced lab robots for the modern laboratory. With a passion for innovation and technical know-how, we have created a range of robotic solutions that meet the growing needs of laboratories. We believe in transforming traditional laboratory processes by incorporating the latest robotic technology that ensures speed, accuracy and reliability.
Our lab robots are not just machines; they are a combination of state-of-the-art technology, carefully designed software and intuitive user interface. The goal? To help laboratories in the Nordics maximise productivity, reduce human error and deliver consistently high-quality results.
Whether you run a small research lab or a large production lab, we have a robotic solution to suit your specific needs. We pride ourselves on being at the forefront of lab automation and are committed to helping our customers achieve their research and production goals more efficiently.
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The benefits
✅ Efficiency and productivity - Our lab robots can work around the clock without breaks, increasing laboratory throughput and productivity. They can handle large amounts of samples with consistent precision and are equipped to multitask and perform multiple tasks simultaneously.
✅ Accuracy and reproducibility - Human error in the lab? Not with our robots. They follow precise protocols every time for higher consistency in results, ensuring better data quality and reduced risk of retesting or wrong conclusions.
✅ Cost savings in the long term - Despite initial investment costs, the savings over time can be significant. With reduced need for human supervision and intervention, your laboratory can reduce labour costs. In addition, with faster throughput and higher capacity, you can handle more samples without having to physically expand.
Beyond these main arguments, there are other benefits, such as increased safety (robots can handle hazardous substances or work environments where humans would be at risk), the possibility to free researchers from repetitive tasks so they can focus on more complex questions, and the potential to easily integrate with digital database management and analysis tools for better data management.
How does it work?
Lab robots, at their core, are an assembly of mechanical components, sensors, control systems and software that work together to automate laboratory processes. Here's a comprehensive look at how they are built and work:
✅ Mechanical structure: The basic structure of a lab robot can include a variety of arms and grippers, which can move in multiple directions. This movement capability allows the robot to perform tasks such as pipetting, stirring or moving samples.
✅ Sensors: Modern lab robots are equipped with a variety of sensors that can detect position, motion, temperature, pH and other critical parameters. These sensors give the robot 'feel' and enable precision work.
✅ Control systems: The heart of every lab robot, the control system receives information from the sensors and instructs the robot's mechanical parts to perform specific tasks. This system ensures that the robot functions correctly and safely.
✅ SoftwareThrough intuitive interfaces, users can programme and monitor the robot's activities. This software can often be integrated with other laboratory information management systems for smooth data transfer and analysis.
In practice, when a task is set in motion, the robot's software analyses the given instructions, the control system determines the best path to perform the task, and then the robot's mechanical components go into action, guided by real-time data from the sensors to ensure accuracy and efficiency.
Through this composition and interaction of components, lab robots provide an indispensable combination of precision, reliability and speed in today's advanced laboratory environments.
Areas of use
SEAL Analytical's lab robots are designed to meet a variety of needs in laboratory environments. Our robotics cover everything from basic to advanced processes, ensuring your lab can maximise its productivity across a wide range of tests and analyses. Here is a review of some of the main applications:
✅ Multi-parameter robots: Measurements such as pH, conductivity, turbidity, alkalinity, acidity and colour, with filtration options.
✅ BOD & COD robots: For biochemical oxygen demanding substances and chemical oxygen demanding substances analysis.
✅ Sampling & Filtration Robots: For fast and efficient sample separation and filtration.
✅ Reprocessing robots: Specialised in SVOCs (Semi Volatile Organic Compounds) and VOCs (Volatile Organic Compounds).
✅ Methanol extraction robots: For extraction in both water and soil samples.
✅ Weighing robots: For precision weighing of samples.
✅ Clay fraction analysis: Specialised analyses of clay particles.
✅ Homogenisation robots: For uniform mixing of samples.
✅ Hardness analysis: To determine the hardness of the sample.
✅ ISE (Ion Selective Electrode): For selective ion analysis.
✅ Soil sample reprocessing robots: With chemical dosing and subsequent filtration.
✅ Closure robots: For the preparation and processing of samples.
✅ Dilution robots: For accurate and precise sample dilutions.
✅ Particle size analysis: To determine the particle size distribution in a sample.
SEAL Analytical's lab robots offer advanced technology and precision in every step of the laboratory process, ensuring quality, reliability and efficiency in your work.
