Description
The ProLink Express represents a breakthrough in integrating laboratory instruments that will change the way researchers use automation. It is the first fully-automated proteomics workcell. that integrates all plate delivery and transfer operations with complete data tracking. It automates the entire protein expression process, from initial bacterial colony picking through final protein expression and measurement. The ProLink Express system is capable of delivering a plate to any of its instruments from any other instrument, in any order and simultaneously with other processes.
The ProLink Express is designed so that colony picking, growth, DNA prep and expression can be run individually or sequentially. All instrumentation faces outward so any component can be used manually. It is powered by our opportunistic SoftLinx scheduling software, which finds the most efficient ways to perform processes simultaneously. A user can run multiple batches in different stages of the process at the same time, or run any instrument individually while operating another, fully automated run.
The ProLink Express integrates an automated colony picker with an incubator and a plasmid The ProLink Express represents a breakthrough in integrating laboratory instruments that has changed the way researchers use automation. It is the first fullyautomated proteomics workcell. that integrates all plate delivery and transfer operations with complete data tracking. It automates the entire protein expression process, from initial bacterial colony picking through final protein expression and measurement. The ProLink Express system is capable of delivering a plate to any of its instruments from any other instrument, in any order and simultaneously with other processes.
The ProLink Express is designed so that colony picking, growth, DNA prep and expression can be run individually or sequentially. All instrumentation faces outward so any component can be used manually. It is powered by our opportunistic SoftLinx scheduling software, which finds the most efficient ways to perform processes simultaneously. A user can run multiple batches in different stages of the process at the same time, or run any instrument individually while operating another, fully automated run.