On-Demand Webinar: Revolutionizing Laboratory Work with Connected Electronic Pipettes
How can scientists increase their sample throughput, pipetting accuracy, and reproducibility without investing in an expensive automated liquid handler? Electronic pipettes are a cost-effective alternative that can bring significant benefits to routine sample preparation workflows.
In this on-demand webinar with The Scientist, Joni Åke and Sandra Söderholm from Sartorius will discuss how scientists can use electronic pipettes to semi-automatically run pre-programmed protocols without the need for pipette adjustments, accelerating research results while reducing the risk of errors.
- Document type: Webinar
- Watch time: 32 minutes
- How to increase pipetting accuracy and repeatability with electronic pipettes
- How connected electronic pipettes reduce the time needed to collect results
- How researchers can semi-automate workflows with connected electronic pipettes
This Resource is Designed for:
- Lab Researchers and Managers
- Lab Technicians
- Pipette Users
- Scientists
- Engineers
- Lab Post Docs
Applications Supported:
- Electronic Pipettes
- Lab Work
- Pipetting
- Microbiological Analysis
- Life Science Research
- Applied Industries
- Quality Control & Testing
Webinar Speakers
Joni Åke
Product Manager, Liquid Handling • Sartorius
Joni Ake has a degree in automation engineering. Joni joined Sartorius in 2011 when he started working in developing service offering for laboratory devices. In 2014 Joni switched to product management and has been taking care of Sartorius pipetting and dispensing instruments since.
Sandra Söderholm
Application Development Scientist, Liquid Handling • Sartorius
Sandra Söderholm earned her PhD in Biochemistry from the University of Helsinki in 2016. In her thesis work, she investigated innate immune responses to Influenza A virus. After completing her PhD, she worked as a Post-Doctoral Researcher at Professor Dirk Bumann’s laboratory at Biozentrum (University of Basel, Switzerland), where she studied Pseudomonas aeruginosa and Staphylococcus aureus in clinical samples with mass spectrometry-based proteomics, to identify novel strategies to combat infectious disease and antibiotic resistance. She joined Sartorius as an Application Development Scientist in 2019.
