Tip-based Liquid Handlers
Browse All Products
#tip-based-liquid-handlers
Our tip-based liquid handling solutions represent a leap forward in fluid handling technology. Drawing upon our extensive expertise in fluid transfer, we've expanded our offerings to provide a comprehensive range of flexible and scalable solutions. From drug discovery and biopharma to agriculture, synthetic biology, and forensics, our solutions set the stage for precision and efficiency.

Helping you push the boundaries of your scientific research, optimize your budget, and accelerate your discoveries, our tip-based liquid handling systems are perfect for labs seeking increased workflow efficiency, customizations, better sample preparation and management, and flexibility, and reduced costs, manual involvement, and contamination risks.

Our workflow solutions can be customized and optimized to meet your lab's specific needs. Our liquid handling software streamlines sample and data management by providing intuitive interfaces and intelligent processing for Biomek automated workstations, ensuring reliable results without requiring extensive automation language knowledge and enabling effortless creation of liquid handling protocols tailored to specific applications.

tip-based-liquid-handlers

Features

Essential Features of Our Tip Based Liquid Handlers

  • Our next generation library prep systems excel in quality with features like the a superior camera for error reduction, a reagent identification system for precise reagent confirmation, minimal hands-on time with an on-deck thermocycler, extended walkaway times with a gripper for labware transport, and versatile pipetting head options, all effortlessly controlled through user-friendly software while offering the flexibility to handle batch sizes from 4-24 samples, reducing reagent waste and meeting customer expectations for turnaround times.
  • Our automated workstations stand out for their exceptional reliability and durability, ensuring precise performance with features like force tip loading, live broadcasting on-deck cameras, and protective enclosures to minimize contamination risks while offering unmatched flexibility and ease of use through customizable workflows, intuitive interfaces, and automated process management.
  • These workstations ensure repeatable and reliable outcomes for pipetting-intensive genomic workflows with demonstrated methods that are developed for sample preparation kits based on each vendor's published protocols.

Applications

Applications of Tip Based Liquid Handlers

  • In activity testing (bioassay screening), tip-based liquid handlers enable precise and high-throughput dispensing of compounds and biological samples, and in  cell line development, precise dispensing of cell culture media, growth factors, etc.
  • By automating the magnetic-bead-based extraction and cleanup processes, our workstations enhance the consistency, robustness, and efficiency of nucleic acid extraction and improve the quality of samples for downstream Next-Generation Sequencing (NGS), microarray, and quantitative PCR (qPCR) workflows.
  • These workstations offer improved accuracy and reproducibility in library preparation for human leukocyte antigen (HLA) typing, revolutionizing the sample preparation workflow by automating the process and streamlining it, resulting in more reliable and consistent results compared to manual preparation methods.
  • In  mRNA development  solutions, tip-based liquid handlers aid in the accurate and efficient dispensing of nucleotides, enzymes, and buffers, while in  pDNA synthesis, they assist in the precise dispensing of plasmid DNA templates, enzymes, and nucleotides.
FAQs

What are tip-based liquid handlers, and how do they enhance laboratory processes?

Tip-based liquid handlers are automated laboratory instruments designed to accurately dispense liquid samples and reagents during sample transfers in precision-based workflows like monoclonality assurance. These use disposable tips to prevent cross-contamination and allow for versatile application in various scientific fields. These liquid handlers enhance laboratory processes by improving the efficiency, reproducibility, and reliability of liquid handling tasks, enabling high-throughput workflows, reducing manual errors, and facilitating the automation of repetitive tasks. These are widely used in applications such as genomics, proteomics, drug discovery, diagnostics, and many other research areas requiring precise liquid handling.