Three-dimensional modeling system (400, 500) for creating a three-dimensional object comprising ∘ a three-dimensional modeling printhead; ∘ the printhead being attached (106, 107, 502) to positioning means for spatially moving at least one of the printhead and to the object being printed relative to one another; ∘ the printhead comprising: ▪ a tubular feed member; ▪ a nozzle arranged at one end of the tubular feed member, the nozzle having a nozzle outlet and a nozzle tip for interfacing previously deposited tracks of modeling material on the object to be created; ▪ the tubular feed member comprising a feed channel (120a, 120b) for feeding modeling material to the nozzle outlet; ∘ the system (400, 500) further comprising modeling material feeding means (103, 104, 105a, 105b) arranged at an end of the tubular feed member opposite of the nozzle, wherein the modeling material feeding means (103, 104, 105a, 105b) are arranged for exerting a pressure on the modeling material within the feed channel (120a, 120b) towards the nozzle; ∘ the system (400, 500) further comprising pressure determining means (401, 501, 601 - 604) for determining a first parameter (P M) indicative for a pressure exerted on the modeling material (108, 110); ∘ the system (400, 500) further comprising a control system arranged for controlling the modeling material feeding means (103, 104, 105a, 105b) based on said determined first parameter (P M) indicative for a pressure exerted on the modeling material (108, 110); characterized in that ∘ the control system is arranged for controlling the positioning means and the printhead for ▪ depositing two first tracks (701, 702), wherein said two first tracks (701, 702) are spaced apart, and ▪ depositing an intermediate track (703, 110d, 110e) between said two first tracks (701, 702) while controlling the pressure exerted on the modeling material using said first parameter (P M) indicative for a pressure exerted on the modeling material (108, 110). ∘ a three-dimensional modeling printhead; ∘ the printhead being attached (106, 107, 502) to positioning means for spatially moving at least one of the printhead and to the object being printed relative to one another; ∘ the printhead comprising: ▪ a tubular feed member; ▪ a nozzle arranged at one end of the tubular feed member, the nozzle having a nozzle outlet and a nozzle tip for interfacing previously deposited tracks of modeling material on the object to be created; ▪ the tubular feed member comprising a feed channel (120a, 120b) for feeding modeling material to the nozzle outlet; ▪ a tubular feed member; ▪ a nozzle arranged at one end of the tubular feed member, the nozzle having a nozzle outlet and a nozzle tip for interfacing previously deposited tracks of modeling material on the object to be created; ▪ the tubular feed member comprising a feed channel (120a, 120b) for feeding modeling material to the nozzle outlet; ∘ the system (400, 500) further comprising modeling material feeding means (103, 104, 105a, 105b) arranged at an end of the tubular feed member opposite of the nozzle, wherein the modeling material feeding means (103, 104, 105a, 105b) are arranged for exerting a pressure on the modeling material within the feed channel (120a, 120b) towards the nozzle; ∘ the system (400, 500) further comprising pressure determining means (401, 501, 601 - 604) for determining a first parameter (P M) indicative for a pressure exerted on the modeling material (108, 110); ∘ the system (400, 500) further comprising a control system arranged for controlling the modeling material feeding means (103, 104, 105a, 105b) based on said determined first parameter (P M) indicative for a pressure exerted on the modeling material (108, 110); characterized in that ∘ the control system is arranged for controlling the positioning means and the printhead for ▪ depositing two first tracks (701, 702), wherein said two first tracks (701, 702) are spaced apart, and ▪ depositing an intermediate track (703, 110d, 110e) between said two first tracks (701, 702) while controlling the pressure exerted on the modeling material using said first parameter (P M) indicative for a pressure exerted on the modeling material (108, 110). ▪ depositing two first tracks (701, 702), wherein said two first tracks (701, 702) are spaced apart, and ▪ depositing an intermediate track (703, 110d, 110e) between said two first tracks (701, 702) while controlling the pressure exerted on the modeling material using said first parameter (P M) indicative for a pressure exerted on the modeling material (108, 110).