Laboratory Automation is essential for handling increasing throughput from bio-specimen collections, high-throughput screening, clinical assays and bio and food safety testing. Proper training and knowledge in the use of liquid handling equipment is necessary for meeting these needs. This requires skill, technique, and hands-on experience with laboratory liquid handling equipment. If conducting research studies, clinical trials, drug discovery, food safety, forensic analyses, or developing a product, the understanding of the physical concepts, the operation, and the processing of samples with laboratory automated liquid handlers is critical for maintaining compliances, following or developing standard operating procedures or protocols, producing quality results, maintain quality control, optimizing processing, and following industry standards and best practices that may satisfy Good Laboratory Practices (GLP), Good Manufacturing Practices (GMP), Safety, and/or regulatory requirements.




University of Berlin

  • RegenHu Cell and Organ Dispenser
  • Beckman Biomek® FX
  • Beckman Multimek®
  • Caliper Sciclone ALH 3000
  • Tecan Freedom EVO®
  • Velocity11 VPrep
  • PerkinElmer JANUS®
  • Hamilton Nimbus NVS
  • Eppendorf epMotion®
  • Artel MVS®

Three-dimensional tissue printing technologies provide a promising new tool for tissue engineers, capable of creating organotypic tissue with true-of-life morphology that better mirrors the environment experienced by cells in vivo. Get hands on regenHU’s tissue printers and discover how it will optimize your development process.

At AutomationTrainer our courses provide hands-on experience with automated liquid handlers to enable students to become familiar with the terminology, capabilities and common uses. Our courses are designed to provide the students with knowledge and experience that will aid them in their decisions as to which automated liquid handler meets their needs and requirements, and how to optimize their operation.