MAX Series Dispense Systems
Premier, Precision Dispensing System for wide range of dispense applications
| MAX Series Dispensers | Product Sheets MiniMax (pdf) MiniMax II (pdf) MicroMax (pdf) MicroMax II (pdf) MicroCell (pdf) |
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| Series Comparisons |
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MAX Series
The dispense systems collectively known as the MAX Series are the premier dispensing platforms in the GPD Global Dispensing line up. These dispense systems are capable of a wide variety of dispense applications including MicroVolume, Solder Paste and Conductive Adhesive, Underfill, Surface Mount Adhesive, Encapsulations, Masks, and Lens Fixing, to name a few.
At the heart of all MAX Series systems is a solid, single piece, molded frame yielding outstanding stability and unparalleled accuracy. Standard features include Automatic Vision, Fully Automatic Needle Calibration with our proprietary backlit calibration station, needle cleaning, light force contact surface sensing and our unique Taper-Lock Valve Mounting hardware. Depending on the MAX Series configuration, a maximum workarea of 13.7” x 12” (348 mm x 305 mm) is possible. Each MAX Series system has X,Y positional capability of +/- 0.001” (25 micron) and Z axis repeatability of 0.0002” (5 micron). Utilizing a GPD Global MAX Series dispense system allows you to expand your process capability to new horizons.
The MAX Series of dispense systems includes the following configurations:
MiniMax / MiniMax II
Single valve station, ideal for processes where only one material is required to complete a process. The MiniMax II is configured for heated processes.
MicroMax / MicroMax II
Systems capable of handling 2 different valves during a process. Ideal for the utmost in process versatility. The MicroMax II is configured for heated processes.
MicroCell
Standalone (non-conveyorized) configuration that includes a Process View Camera and Monitor for analyzing and viewing the process at the needle tip. This system is ideal for process development work, applications where the results are too small to be easily viewed and those applications requiring high levels of process monitoring.
