Dynamic Devices is a premier provider of automated liquid handling platforms and custom OEM solutions, proudly serving leading life science and clinical diagnostics companies for over 20 years.
Innovation is our life-blood, integrating novel technologies that deliver new capabilities, performance and productivity to the medical laboratory.
Our success is driven by YOU, the customer. Our hands-on, no-nonsense approach yields a tailored automated workflow that is practical in design, easy to use and robust in performance, allowing for rapid implementation and most important… return on YOUR investment.
Lynx Liquid Handling Robotic Platform, the only automated system on the market that features the award-winning Volume Verified Pipetting (VVP) technology, allowing for direct, real-time measurement of the actual volume of liquid entering and leaving each pipette tip.
Lynx also implements state-of-the-art technologies including linear motor drives, motion control and vision scanning systems, making it possible to report on every well or tube accessed and every volume transferred, providing for full sample tracking verification and validation.
Dynamic Devices had a great showing at SLAS in Washington, DC. If you missed it, here is a quick review of what we presented:
New dual arm platform configuration with VVP technology.
SLAS SHOWCASED APPLICATION:
Large Volume Magnetic Bead Purification For Liquid Biopsy Samples
As automation simplifies DNA purification from larger volumes tax the volume ranges of most mainstream automation systems. Dynamic Devices introduces its 24 channel extraction tool with 5mL pipetting tips in conjunction with Click-Bio’s large volume extraction block technology.
24VVP Pipetting Tool – 24 Independent Volumes
The 24 VVP Pipetting Tool now allows high throughput DNA purification by having the ability to aspirate or dispense 24 different volumes using 5mL tips. With a Lynx LM1200, the 24 VVP Pipetting Tool and head microplate gripper tool hundreds of samples per run may be processed in a fully automated method.