A pack dispatching arrangement for alternatively dispatching a stream of spaced apart small packs (P S) or a stream of bulk packs (P B) of folded sheets separated from a stack of folded sheets by a single separator arrangement, the pack dispatching arrangement comprising: an inlet for receiving each pack (P B, P S) from the separator arrangement; a bulk pack transfer station; and a small pack transfer station; the pack dispatching arrangement being operable in a bulk pack mode for delivering a bulk pack (P B) received at the inlet to the bulk pack transfer station; the pack dispatching arrangement being alternatively operable in a small pack mode for delivering a small pack (P S) received at the inlet to the small pack transfer station; and characterised in that the pack dispatching arrangement is configured such that: the folded sheets in the separated packs (P B, P S) are oriented on an edge of the folded sheets with the packs each having an upstream face (F U) and a downstream face (F D) thereof oriented substantially perpendicular to the edge of the folded sheets as the packs (P B, Ps) enter the pack dispatching arrangement; the bulk pack (P B) received at the inlet is delivered to the bulk pack transfer station with the sheets in the bulk pack (P B) resting on the edges of the folded sheets when in the bulk pack mode; and the small pack (P S) received at the inlet is delivered to the small pack transfer station with the small pack (P S) resting on one of the faces of the small pack (P S) when operating in the small pack mode. an inlet for receiving each pack (P B, P S) from the separator arrangement; a bulk pack transfer station; and a small pack transfer station; the pack dispatching arrangement being operable in a bulk pack mode for delivering a bulk pack (P B) received at the inlet to the bulk pack transfer station; the pack dispatching arrangement being alternatively operable in a small pack mode for delivering a small pack (P S) received at the inlet to the small pack transfer station; and characterised in that the pack dispatching arrangement is configured such that: the folded sheets in the separated packs (P B, P S) are oriented on an edge of the folded sheets with the packs each having an upstream face (F U) and a downstream face (F D) thereof oriented substantially perpendicular to the edge of the folded sheets as the packs (P B, Ps) enter the pack dispatching arrangement; the bulk pack (P B) received at the inlet is delivered to the bulk pack transfer station with the sheets in the bulk pack (P B) resting on the edges of the folded sheets when in the bulk pack mode; and the small pack (P S) received at the inlet is delivered to the small pack transfer station with the small pack (P S) resting on one of the faces of the small pack (P S) when operating in the small pack mode. the folded sheets in the separated packs (P B, P S) are oriented on an edge of the folded sheets with the packs each having an upstream face (F U) and a downstream face (F D) thereof oriented substantially perpendicular to the edge of the folded sheets as the packs (P B, Ps) enter the pack dispatching arrangement; the bulk pack (P B) received at the inlet is delivered to the bulk pack transfer station with the sheets in the bulk pack (P B) resting on the edges of the folded sheets when in the bulk pack mode; and the small pack (P S) received at the inlet is delivered to the small pack transfer station with the small pack (P S) resting on one of the faces of the small pack (P S) when operating in the small pack mode.