The BioStack 4 facilitates increased throughput and greater productivity in processes involving lidded and unlidded 96-, 384-, and 1,536-well 1,536-wells, as well as select 6- to 48-well microplates.
As ways to increase the polymer throughput and improve productivity, a multi-needle (multi-jet) (Teo and Ramakrishna 2006) setup or roller spinning electrode device (Cengiz et al. 2010; Yener and Jirsak 2012) has been tested.
The SMLC outline several performance targets that relate to the aforementioned benefits, including (1) 30 % reduction in capital intensity, (2) up to 40%% reduction in product cycle times, and (3) overarching positive impact across energy, emissions, throughput, yield, waste, and productivity.
Investigations that take advantage of automation often benefit from standardized protocols, improved inter-laboratory repeatability, reduced reliance on manual operations, higher throughput and statistical power, and increased productivity.
Based on the actual refolding data, we compared throughput, productivity, and buffer consumption between two batch dilution refolding processes – one using urea for IB dissolution, the other one using NaOH for IB dissolution – and our continuous refolding process.
Quality and productivity suffered.
Its success can boost confidence and productivity.
Locals skip town, and productivity plummets.
It has boosted trade and productivity.
