Robert Bosch

Robert Bosch Gmbh

Hendrik Jahnle

Norman Lung

Victor Roman

Markus Feigl

Bernd Beiermeister

Christian Dueformantel

Jan Tremel

Hans Bargen

Markus Streicher

Antonius Gress

Sebastian Herbster

Mario Joost

Markus Menacher

Florian Fischer

Thilo Schneider

Tim Eidenpencz

The invention relates to a method () for operating a printhead () for a 3D printer. According to the invention, the method () comprises the following steps: The invention also relates to a printhead () for a 3D printer for carrying out the method () according to the invention.

Method for operating a printhead for a 3D printer and printhead for a 3D printer for carrying out the method

The invention relates to a printhead () for a 3D printer, comprising According to the invention, a pocket piece () is arranged inside the nozzle head ().

Printhead for a 3D printer

The invention relates to a print head () for a 3D printer (), comprising a feed section () having a feeder () for a starting material () that is variable in the viscosity thereof; a plasticizing zone () having a heater () and an outlet opening () for the liquid phase () of the starting material (); and a conveying device () for conveying the starting material () from the feed section () to the plasticizing zone (), wherein the conveying device () comprises a piston () that can be inserted into the feed section (). The invention is characterized in that the piston () has a first piston portion () facing the plasticizing zone () and having a guide surface (), through which the piston () is guided in a bore () of the print head ().

Print head for a 3D printer

The invention relates to a method () for establishing a connection between an inlay () and a polymer () at least partially surrounding the inlay, wherein a monomer () is brought into contact () with the inlay () and is subsequently polymerized () to form the polymer (), wherein the temperature TE of the inlay () is increased () at least briefly at least to that temperature TM that the monomer () assumes at its maximum during its exothermic polymerization () to form the polymer (), and/or that ensures that the heat flow always runs from the inlay () to the monomer (). The invention also relates to a method (), (), () for the sealing integration of an inlay () in a component (). The invention also relates to a device () for carrying out the method (), comprising a conveyor () for a lead frame () in which a multiplicity of inlays () are able to be fed, and an at least two-part () mould () which is closable about an individual inlay () and has a feed () for feeding the monomer () into the space () between the mould () and the inlay (), wherein a current supply () is provided for the resistive and/or inductive heating () of the inlay () surrounded by the mould ().

Durably sealing connection between insert and polymer and production method therefor

The invention relates to a print head () for a 3D printer (), comprising a feed zone () with a feed () for feedstock () with variable viscosity, a melting zone () comprising a heating element () and an outlet opening () for the liquid phase () of said feedstock (), as well as a conveyor device () for conveying the feedstock () from the feed zone () into the melting zone (), said conveyor device () comprising a plunger () that can be inserted into said feed zone ().

Print head for a 3D printer, with improved control

Printhead () for a 3D printer, comprising an operational volume () for holding feedstock (), the viscosity of which can change, the operational volume () being variable by moving a plunger () and being provided with an outlet () through which the feedstock () can be extruded by moving the plunger (), the plunger () being equipped with temperature control means ().

3D printhead comprising additional temperature control means

Extruder () for a 3D printer, comprising at least one outer nozzle () and a conveying worm () for feeding liquid and/or plasticized starting material () into the interior chamber () of the outer nozzle (), wherein an inner nozzle () is arranged in the interior chamber () of the outer nozzle (), wherein the interior chamber () of the inner nozzle () is connected to the interior chamber () of the outer nozzle () via at least one duct () which is continuous for the starting material (), and wherein the inner nozzle () is mounted such that it can be moved linearly along the longitudinal axis () of the outer nozzle (). A 3D printer () having the extruder () and means () for generating a relative movement between the extruder () and a construction surface (), on which the object () to be manufactured is produced.

Growing community of inventors

Leutenbach, Germany

Hendrik Jahnle