Company Filing History:
Years Active: 2002-2006
Title: Innovations of Agathe Hodac in Liquid Dispensing Technologies
Introduction
Agathe Hodac, an accomplished inventor based in Rapperswil, Switzerland, has made significant contributions to the field of liquid dispensing technologies. With a portfolio of two patents, her innovations focus on improving the efficiency and precision of liquid sample handling in laboratory settings.
Latest Patents
Agathe's latest patents include a "Device and System for Dispensing or Aspirating/Dispensing Liquid Samples" and a "Delivery Apparatus with Interchangeable Pipette Tip."
The first patent describes a device designed to dispense or aspirate liquid samples using a pump and a micro-ejection device. This device incorporates a pulse generator that produces pressure waves in the liquid, enabling accurate sample dispensing. The design features a narrowed section in the chamber that restricts the expansion of pressure waves, ensuring optimal performance.
Her second patent presents a delivery apparatus equipped with a cannula connected to a diluter. This device uses a piezoelectric actuator to facilitate precise ejection of liquid samples with volumes between 1 nanoliter and 1 microliter, minimizing the risk of carry-over after pipetting processes through its innovative design.
Career Highlights
Agathe Hodac is currently associated with Tecan Trading AG, a prominent player in the field of laboratory instruments. Her role in the development of advanced liquid handling devices has established her as a knowledgeable inventor and an asset to her company.
Collaborations
Throughout her career, Agathe has had the opportunity to collaborate with notable colleagues, including Nikolaus Ingenhoven and Stefano Fornito. Their collective expertise and insights have further enhanced the innovative capabilities of their projects.
Conclusion
Agathe Hodac's contributions to liquid dispensing technologies reflect her dedication to advancing laboratory practices. With her innovative devices and systems, she continues to push the boundaries of efficiency and accuracy in the field, setting a high standard for future developments in liquid handling.