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              2. Modular, breadboardable components combine for a microfluidics workstation.

                LabSmith’s modular instruments and microconnectors combine into a LabPackage for a complete system for micro- and nano-fluidics experimentation.

                Simple, straightforward automated routing of microfluidic volumes.

                Breadboard-based uProcess™ automated syringe pumps, valves, CapTite™ microfluidic connectors and components for tubing and lab-on-a-chip microfluidic platforms.

                Zero dead volume connectors for small volume fluidic interfaces.

                CapTite™ microconnectors are a toolkit for creating breadboardable  tubing-to-tubing or tubing-to-microfluidic chip fluid circuits for nanoliter to microliter scale experiments.

                Precise, 亚搏体育官方app high voltage supply and current sensing.

                LabSmith’s HVS448 Series Programmable Eight-Channel High 亚搏体育官方app Sequencers source and sense current and voltage, switching functions many times per minute to control microfluidics experiments.

                Unique timing modes for precise logic-based synchronization.

                LabSmith’s LC Series Programmable Logic Controllers and Trigger ™ software provide logic-based signal routing, real-world feedback and unique timing modes to help you precisely synchronize even the most complex test setups.

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                LabSmith Partners with Hummingbird Nano

                LabSmith has partnered with US-based Hummingbird Nano to distribute the company’s innovative circular channel, helical mixer microfluidic chips. Hummingbird Nano’s […]

                Featured 亚搏体育官方app

                Zero Dead-Volume Mixing with uProcess and Hummingbird Nano Chips

                This application note describes how to set up a zero dead volume mixing process using LabSmith’s uProcess syringe pumps, valves, […]

                Featured Product

                uEP300 12-Channel High-亚搏体育官方app Power Supply

                12 fully-亚搏体育官方app high-voltage channels for flexible control of electrophoresis and gel electrophoresis experiments.

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