•Direct chromatographic processing of virus without pre-concentration.•Protocol for rapid purification of infective virus.•Purification method to yield >90% infective virus.•Phospholipid removal prior anion-exchange chromatography essential for recovery of virus. A chromatographic process based on monoliths for purification of infective baculovirus without prior concentration step has been established. Baculovirus produced in Spodoptera frugiperda cells (Sf-9) were harvested by centrifugation, filtered through 0.8μm filters and directly loaded onto radial 1mL anion exchange monoliths with a channel size of 1.5–2.0μm operated at a volumetric flow rate of one bed volume per minute. Optional an epoxy monolith was used as pre-column to reduce interfering compounds and substances influencing the capacity of anion exchange monoliths for baculovirus infectious virus could be eluted with a step gradient at salt concentrations of 440mM NaCl. Recovery of infectious virus was highly influenced by composition and age of supernatant and ranged from 20 to >99% active baculovirus. Total protein content could be reduced to 1–8% and DNA content to 38–48% in main virus fraction. Infective virus could be 52-fold concentrated within 20.5h and simultaneously an 82-fold volume reduction was possible when loading 1150mL (2.1×108pfu/mL) onto 1mL scale support.