Markets
Chemical
Chemical
The chemical industry develops innovative products needed for everything from cosmetics to cars. It also manufactures huge quantities of important basic materials and fuels. Chemical R&D labs need to design new compounds and processes fast and efficiently. Quality and process control in production has to safeguard a timely, cost efficient and flawless production.
PAL robotic systems are valued in the chemical industry globally for their reliability and productivity. Because of its flexibility it is used in automated synthesis, in analysis or process control (e.g. connecting to reactor process with a flow cell).
Chemical
The chemical industry develops innovative products needed for everything from cosmetics to cars. It also manufactures huge quantities of important basic materials and fuels. Chemical R&D labs need to design new compounds and processes fast and efficiently. Quality and process control in production has to safeguard a timely, cost efficient and flawless production.
PAL robotic systems are valued in the chemical industry globally for their reliability and productivity. Because of its flexibility it is used in automated synthesis, in analysis or process control (e.g. connecting to reactor process with a flow cell).
Clinical
Clinical
Clinical research develops and applies new diagnostic procedures for a wide range of medical and forensic purposes. Customers in these labs require workflow solutions and instruments that help them to generate precise and accurate results in the shortest possible time.
The flexible PAL robotic systems play crucial roles in this space enabling efficient and robust solutions ranging from sample preparation of hair samples to DBS (dried blood spot) card handling.
Clinical
Clinical research develops and applies new diagnostic procedures for a wide range of medical and forensic purposes. Customers in these labs require workflow solutions and instruments that help them to generate precise and accurate results in the shortest possible time.
The flexible PAL robotic systems play crucial roles in this space enabling efficient and robust solutions ranging from sample preparation of hair samples to DBS (dried blood spot) card handling.
Environmental
Environmental
With more than 7 billion inhabitants on the globe new environmental threats emerge constantly and consequently regulations are becoming tighter. Governmental and private labs apply advanced analytical methods and instrumentation to cope with the challenges. At the same time tight budgets require cost effective solutions.
Efficient and reproducible sample preparation is a crucial for achieving the required sensitivity and throughput. The highly flexible PAL robotic system can automatically prepare and inject samples for multiple applications or detectors on a single platform.
Environmental
With more than 7 billion inhabitants on the globe new environmental threats emerge constantly and consequently regulations are becoming tighter. Governmental and private labs apply advanced analytical methods and instrumentation to cope with the challenges. At the same time tight budgets require cost effective solutions.
Efficient and reproducible sample preparation is a crucial for achieving the required sensitivity and throughput. The highly flexible PAL robotic system can automatically prepare and inject samples for multiple applications or detectors on a single platform.
Food & Food Safety
Food & Food Safety
Consumers expect to eat and drink safely. The quality control of raw materials and foods as well as the analysis of contaminants or food adulteration is crucial in today’s globalized food supply chain. Government and private labs as well as the food industry are challenged to safeguard the quality and safety of everything from bottled water to animal feed.
Sample preparation is a crucial step for achieving the required sensitivity and throughput. Flexibility means e.g. a single PAL robotic system automatically prepares and injects samples for multiple applications or detectors. PALs are used in these labs for applications ranging from GC and LC to the most advanced spectroscopic methods. The reliable and robust PAL helps users to keep tight timelines and meet budgetary constraints.
Food & Food Safety
Consumers expect to eat and drink safely. The quality control of raw materials and foods as well as the analysis of contaminants or food adulteration is crucial in today’s globalized food supply chain. Government and private labs as well as the food industry are challenged to safeguard the quality and safety of everything from bottled water to animal feed.
Sample preparation is a crucial step for achieving the required sensitivity and throughput. Flexibility means e.g. a single PAL robotic system automatically prepares and injects samples for multiple applications or detectors. PALs are used in these labs for applications ranging from GC and LC to the most advanced spectroscopic methods. The reliable and robust PAL helps users to keep tight timelines and meet budgetary constraints.
Life Science
Life Science
Researchers in the life sciences work in a rapidly and constantly changing field. The pace in pharma, biotech and academic research is ever increasing. New technologies lead to scientific discoveries, new treatments and methods. At the same time resources and costs need to be managed.
PAL robotic systems support researchers worldwide in this challenge. Reliability means no precious samples are lost. The ultimate flexibility of PAL robotic systems allows to readily adapt to changing methods, e.g. in automating sample preparation or serving different detectors in spectroscopic analysis.
Life Science
Researchers in the life sciences work in a rapidly and constantly changing field. The pace in pharma, biotech and academic research is ever increasing. New technologies lead to scientific discoveries, new treatments and methods. At the same time resources and costs need to be managed.
PAL robotic systems support researchers worldwide in this challenge. Reliability means no precious samples are lost. The ultimate flexibility of PAL robotic systems allows to readily adapt to changing methods, e.g. in automating sample preparation or serving different detectors in spectroscopic analysis.
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