LabSmith, Inc. products

LabSmith's uProcess Automated 3-port Selector Valve AV201 is a versatile and robust component of the uProcess platform, designed to facilitate the construction and management of microfluidic systems. This automated valve offers a two-position, three-port configuration, compatible with various tubing sizes, including 360µm capillaries, 1/32-inch, and 1/16-inch tubing. Built to withstand pressures up to 2000 psi (14 MPa), the valve utilizes Vespel® as the wetted material, making it suitable for handling a broad spectrum of chemical reagents, including harsh substances. The integration with Microsoft Windows®-based uProcess software allows for comprehensive control and automation scripting for both basic and complex laboratory setups. Installation requires a 4VM02 Valve Manifold and EIB200 interface controller for PC communication. The system streamlines microfluidic processes, offering high precision and reliability in lab automation.

The Droplet Generator Chip by microfluidic ChipShop is a specialized component designed for advanced microfluidic applications. This device uses the Fluidic 162 design, providing precise fluid manipulation capabilities through its mini Luer interface. Constructed from durable PC material, the chip features input channel widths of 70 micrometers and collection channel widths of 210 micrometers, both with a depth of 70 micrometers. These specifications enable reliable production and handling of microdroplets, essential for various research and industrial applications requiring high-precision fluid dynamics control. This chip is part of a comprehensive line of tools provided by microfluidic ChipShop, which caters to the increasingly sophisticated demands of fluid automation and control in laboratory settings.

The LC880 Programmable Experiment Controller by LabSmith is engineered to synchronize complex physical experiments with precision and efficiency. With its 8 timing channels and advanced logic integration, it offers unique timing modes and a resolution of 10 nanoseconds. This makes it more efficient than multiple digital delay generators and related equipment, yet accessible at the cost comparable to a single delay unit. It supports both computer-based operations using Trigger or LabView and a stand-alone mode with storage for up to 64 settings. The LC880 is suitable for embedding into lab setups across various applications, including gas dynamics and fracture mechanics, providing seamless coordination among oscilloscopes and power supplies. Typically available with a shipping lead time of one to two weeks, it offers a reliable enhancement to laboratory capabilities.

The SVM340 is a research-grade, inverted fluorescence video microscope specifically designed for applications in microfluidics and microbiology. This advanced microscope excels in capturing high-quality experimental data directly to a hard drive, supported by a range of customizable options including filters, cameras, illumination, and objectives. The system boasts a motorized traverse and focus, alongside software-configurable image-based triggers, making it ideal for µTAS prototypes and automated miniature processes. Its new Particle Counting Probes offer real-time particle counting and characterization up to 5000 particles per frame, enabling particle characterization from sub-micron to hundreds of microns in diameter. Applications relate to sensor monitoring in microfluidic sorters, culture characterization, and particle size quantification. The compact form factor (21 cm x 27 cm x 9 cm) supports scans up to 75 mm x 50 mm, offering a cost-effective solution for micro- and nanosystem research. Typically, the SVM340 ships within 4-5 weeks.

The optics module designed for the SVM340 microscope features a 5 MP black and white CMOS camera. It's equipped to support fluorescence imaging with an adaptable mount for a fluorescence filter, although it is not included. Additionally, it is compatible with standard DIN objectives which are also not included. The module touts a resolution of 2448 x 2048 pixels and offers a frame rate of 38 fps at full resolution, which can be enhanced to 200 fps at lower resolutions. Using a USB3.0 interface, the device supports both automatic and manual gain control, utilizing a progressive scan type and the efficient Sony IMX264LQ Pregius CMOS sensor. This component is essential for those in microfluidics and microbiology research, looking for high-quality imaging solutions. Availability is limited to direct inquiry with LabSmith, as the product isn't purchasable online, ensuring a tailored customer service experience.