jetlab® Printing Platform FamilyNew: jetlab®4 Table-Top Printing Platform
jetlab®II Table-Top Printing Platform
jetlab® Printing Platform
jetlab® Controlled Atmosphere ConfigurationsI
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In response to our customers’ requests for a low-cost tool to allow preliminary microdispensing investigations, MicroFab is pleased to announce the introduction of jetlab® 4. The newest member of our highly successful jetlab® family, leans heavily on the successes of the prior generations. By carefully considering the performance and budget requirements of laboratories exploring ink jet as a solution to their deposition challenges, jetlab® 4 provides a cost effective work station for research purposes.
Based on MicroFab’s highly successful jetlab® microdispensing and printing platform, the jetlab® II Table Top Printing Platform has most of the same capabilities but in a much smaller footprint. The jetlab® II is designed for the laboratory development of jetting processes and fluids and is intended as a tool for MicroFab’s customers and partners to investigate and optimize their specific applications.
Based on several years in developing solutions to the microdispensing problems for a variety of industries, MicroFab's jetlab® test platform is designed for the laboratory development of jetting processes and fluids. It is intended as a tool for MicroFab's customers and partners to investigate and optimize their specific applications. jetlab® has recently been updated to a single cabinet design, sharing the control module with the jetlab® II .
ncorporating MicroFab’s highly successful jetlab® II and jetlab® 4 microdispensing and printing platforms into an MBRAUN Labmaster ®series glovebox, the Controlled Atmosphere configurations of the jetlab®II and jetlab®4 allow customers to develop precision printing applications using materials and processes that are oxygen or moisture sensitive. Examples include printing electronic and photonic polymers used in displays and RFID tags; printing and post-processing nano-metal aluminum or copper inks as conductive traces or under-bump metallization; printing and fluxless reflow of solder for hermetic package sealing; printing and converting copper-based organo-metallic inks; and printing bacteria-free tissue scaffolds. The jetlab® II and jetlab® 4 can be incorporated into a standard laminar flow hood for tissue engineering and other applications.