Apparatus and method for generating a relief carrier by irradiation
An apparatus for generating a relief carrier using a solidifiable material includes a support structure configured for providing a substantially cylindrical support surface. The support surface may be formed by a substrate intended to be part of the relief carrier to be generated or by a cylindrical support not intended to be part of the relief carrier to be generated. A container is provided for the solidifiable material, the container having a wall arranged substantially parallel to an axis of the support structure; a moving means to move the support structure relative to the wall such that subsequent areas of the support surface face the wall during the moving. Moving includes at least a rotation around the axis. An irradiating means sends irradiation, through the wall in a predetermined area between the support surface and the wall.
1. An apparatus for generating a relief carrier using a solidifiable material, said apparatus comprising:
a support structure configured for providing a substantially cylindrical support surface, wherein the support surface is formed by a substrate to be part of the relief carrier to be generated;
a container for receiving the solidifiable material, said container having a wall arranged substantially parallel to an axis of the support structure, such that the support surface is at a determined distance of the wall, wherein the axis is the axis of the substantially cylindrical support surface;
a moving means configured to move the support structure relative to the wall, such that subsequent areas of the support surface face the wall during the moving; said moving comprising at least a rotation around the axis, wherein the moving means is configured to move the support structure relative to the wall such that the axis of the support structure is moved parallel relative to the wall of the container while rotating the support structure around the axis; and
an irradiating means configured to send irradiation, through said wall, in a predetermined area between the support surface and the wall to solidify the solidifiable material at the support surface; wherein the wall is configured to allow said irradiation to pass through the wall.
2. The apparatus according to claim 1 , wherein the support structure is configured for receiving a substrate in the form of sleeve forming the support surface.
3. The apparatus according to claim 1 , wherein the moving means is configured to allow the support surface to be provided with
solidified material over substantially 360°; and/or wherein the support surface describes a full cylinder.
4. The apparatus according to claim 1 , wherein the moving means is configured to translate the support structure and/or to translate the container; wherein the apparatus further comprises an irradiation movement means configured to move an irradiating area of the irradiating means with respect to the wall in synchronization with the support structure.
5. The apparatus according to claim 1 , further comprising an adjustment means configured to change the distance between the wall and the support structure.
6. The apparatus according to claim 4 , further comprising a controller configured to control the moving means, the
irradiation movement means and the irradiating means such that subsequent adjacent longitudinal zones of the support surface are irradiated, said longitudinal zones extending parallel to the axis of the support structure.
7. The apparatus according to claim 5 , further comprising a controller configured to control the moving means, an irradiation movement means configured to move an irradiating area of the irradiating means with respect to the wall in synchronization with the support structure and the irradiating means such that subsequent adjacent longitudinal zones of the support surface are irradiated, said longitudinal zones extending parallel to the axis of the support structure;
wherein the controller is configured to control the moving means, the adjustment means and the irradiating means such that one or multiple layers of solidified material are formed on the support surface; and/or such that during one or more rotations of the support structure at least one structured layer of solidified material is formed.
8. The apparatus according to claim 5 , further comprising a controller configured to control the moving means, an irradiation movement means configured to move an irradiating area of the irradiating means with respect to the wall in synchronization with the support structure and the irradiating means such that subsequent adjacent longitudinal zones of the support surface are irradiated, said longitudinal zones extending parallel to the axis of the support structure;
wherein the controller is configured to control the moving means, the adjustment means and the irradiating means such that during one or more rotations of the support structure at least one full layer of solidified material is formed on the support surface to form a floor, and during one or more subsequent rotations at least one imaged layer of structured solidified material is formed on the floor.
9. The apparatus according to claim 1 , wherein the wall is a bottom wall of the container; and wherein the wall is provided on a surface inside the container with an anti-stick coating configured to limit sticking to solidified material; wherein the wall is transparent to electromagnetic radiation and/or inhibitors.
10. The apparatus according to claim 1 , wherein the irradiating means comprises one or more irradiating elements arranged in one or more lines parallel to the axis of the support structure; and wherein the irradiating means comprise a UV irradiating means.
11. The apparatus according to claim 1 , wherein the predetermined area where the solidifiable material is solidified, is delimited by the support surface and the wall.
12. An apparatus for generating a relief carrier using a solidifiable material, said apparatus comprising:
a support structure configured for providing a substantially cylindrical support surface, wherein the support surface is formed by a substrate to be part of the relief carrier to be generated;
a container for receiving the solidifiable material, said container having a wall arranged substantially parallel to an axis of the support structure, such that the support surface is at a determined distance of the wall, wherein the axis is the axis of the substantially cylindrical support surface;
a moving means configured to move the support structure relative to the wall, such that subsequent areas of the support surface face the wall during the moving; said moving comprising at least a rotation around the axis, wherein the moving means is configured to translate and rotate the support structure relative to the wall such that for each degree of rotation of the support structure the support structure is translated relative to the wall over a distance which is within 10% of a value calculated as x multiplied with the outer diameter of the support surface divided by 360 (π*d/360); and
an irradiating means configured to send irradiation, through said wall, in a predetermined area between the support surface and the wall to solidify the solidifiable material at the support surface; wherein the wall is configured to allow said irradiation to pass through the wall.
13. An apparatus for generating a relief carrier using a solidifiable material, said apparatus comprising:
a support structure configured for providing a substantially cylindrical support surface, wherein the support surface is formed by a substrate to be part of the relief carrier to be generated;
a container for receiving the solidifiable material, said container having a wall arranged substantially parallel to an axis of the support structure, such that the support surface is at a determined distance of the wall, wherein the axis is the axis of the substantially cylindrical support surface;
a moving means configured to move the support structure relative to the wall, such that subsequent areas of the support surface face the wall during the moving; said moving comprising at least a rotation around the axis, wherein the moving means is configured to translate the support structure relative to the wall in a forward direction from an initial position to an end position, while the support structure is being rotated, and next in a backward direction from the end position to the initial position; and
an irradiating means configured to send irradiation, through said wall, in a predetermined area between the support surface and the wall to solidify the solidifiable material at the support surface; wherein the wall is configured to allow said irradiation to pass through the wall.