On-Demand

Small Steps, Big Impact: How Labs Scale with Automation-friendly Tubes and Benchtop Solutions

Laboratory Solutions, Automated Sample Management
Time
1 hour

Automation doesn’t have to be complex or expensive to make a big impact. In this webinar, we’ll explore how automation‑ready tubes and practical benchtop systems can streamline everyday lab tasks, improve consistency, and free up valuable hands‑on time. You’ll discover scalable solutions—from simple handheld tools to compact automated platforms—that empower labs of all sizes to boost throughput and efficiency without overhauling existing processes.

What you'll learn: 

  • Unlock the power of automation—discover how automation‑ready tubes and cost‑effective benchtop tools can immediately boost efficiency and reduce manual workload across your lab.
  • Streamline your workflows with automation friendly tubes—improve reliability, reduce errors, and maximize productivity with solutions designed for seamless integration.
  • Experience big results from small benchtop systems—affordable automation that accelerates throughput, saves hands-on time, and scales with your needs.
  • See scalable automation in action—learn how the Max Planck Institute optimizes both small and high throughput workflows to increase consistency and speed.
  • Master handheld decapping in minutes—watch a quick demo and see how fast, simple, and ergonomic your daily tube handling can become.
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Speakers

  • Headshot of a smiling person with a mustache and goatee, wearing a polo shirt, on a white background

    Thomas Howe

    Product Specialist, Hamilton Lab Solutions
  • Headshot of Aurel Tscharner smiling, with curly hair and a beard, wearing a blazer and collared shirt

    Aurel Tscharner

    Product Manager Labware and Rackware, Hamilton Storage
  • Smiling person with short brown hair wearing a light gray collared shirt, headshot on transparent background

    Tobias Boothe

    Project Leader, Max Planck Institute

    Tobias Boothe is the Project Leader of Microscopy and High Throughput Applications with the Max Planck Institute for Multidisciplinary Sciences in the Department of Tissue Dynamics and Regeneration

On-Demand webinar registration