Small Volume Dispensing: 01005

GPD Global Pushes the Limits for Small Volume Dispensing, 01005

Small Volume Dispensing

GRAND JUNCTION, CO ― GPD Global, a manufacturer of precision fluid dispensing systems for high-volume 24/7, low-volume/high-mix and R&D production, has again pushed the limits for small-volume dispensing with its new Nano-Piston pump. Dots of conductive adhesive down to 100 μm and solder paste for 01005s are possible with the Nano-Piston Pump.

The pneumatically-driven pump is easy to maintain while the precision nozzles and pistons provide continuous, accurate dispense results. Unlike other dispense technologies, the Nano-Piston Pump has excellent startup and first shot repeatability. The pump has interchangeable pistons and nozzles to meet any small shot requirements. For larger dots, multiple small shots may be combined into one. Alternatively, the piston and nozzle configuration may be changed to accommodate a larger single shot. Continuous bead dispensing is performed by cycling the pump at a high frequency and moving the gantry in the desired pattern. Additionally, bead widths down to 80 μm have been achieved with conductive adhesive.

If your application is pushing the limits of your existing dispense technology, speak to a local GPD Global representative about the Nano-Piston pump. For more information, call 970-245-0408.


About GPD Global

GPD Global is an equipment manufacturer of high-quality, precision, automated fluid dispensing and component-prep systems. The company is an international, state-of-the-art equipment supplier for the PCB assembly and semiconductor industries. It designs and manufactures a variety of automatic fluid dispense systems. GPD Global also manufactures an SMT Cover Tape Peel Tester and Component Prep equipment for Thru-Hole applications. The company is committed to offering premium service to its customers and has sales and customer support affiliates located throughout the world, including North America, South America, Europe, the Middle East and Asia-Pacific. For more information, visit