Carl Zeiss Meditec Ag

Carl Zeiss Microscopy Gmbh

Carl Zeiss Microimaging Gmbh

Carl Zeiss Industrielle Messtechnik Gmbh

Carl Zeiss Ag

Carl Zeiss Nts Gmbh

Uwe Wolf

Karsten Festag

Elke Ebert

Jan Buchheister

Dirk Mühlhoff

Benjamin Schreiber

André Wolfstein

Sergio Oscar Luque

Mark Bischoff

Gregor Stobrawa

Michael Totzeck

Helmut Lippert

Dirk Muehlhoff

Lars Stoppe

Johannes Winterot

Ingo Fahlbusch

Gerhard Krampert

Georg Herbst

Benno Radt

Matthias Hillenbrand

Reiner Mitzkus

Dietmar Steinmetz

Martin Edelmann

Lars Omlor

Hubert Wahl

Andreas Nolte

Peter Schnuell

Steffen Dubnack

Christian Thomas

Dirk Preuss

Max Funck

Heino Heise

Christian Holzner

Wibke Hellmich

Ulrich Kohlhaas

Hristina Srbinoska

Olaf Selchow

Peter Schnüll

Diana Spengler

Frank Richter

Francesca Nicoli

Juergen Haese

Christoph-Hilmar Graf Vom Hagen

Danny Krautz

Frank Bauer

Dmitry Lysenkov

Christoph Hilmar Graf Vom Hagen

Dirk MÜHLHOFF

An accommodative intraocular lens includes a first lens part, a haptic, and a flexible membrane. The flexible membrane is arranged adjacent to a distal optical body surface, delimits a cavity together with the distal optical body surface and is transparent to light. A second lens part has a hollow cylinder coupled releasably to the first lens part, as a result of which the intraocular lens can be brought into a coupling state in which the second lens part is arranged on a distal side of the first lens part and the hollow cylinder is configured to deform the membrane by a longitudinal displacement of the hollow cylinder parallel to the optical axis. The hollow cylinder has on its exterior an outer face and a bearing face arranged adjacent to a proximal end of the outer face and encloses, with the outer face, an angle of less than 180°.

Accommodative intraocular lens

An accommodative intraocular lens is for insertion in the capsular bag of an eye. The accommodative intraocular lens has a first lens part, including a first membrane and an optical axis, and a second lens part which can be detachably coupled to the first lens part, whereby the intraocular lens can be transferred to a coupled state.

Accommodative intraocular lens for producing a restoring force

An accommodative intraocular lens for implantation in an eye within a natural capsular bag includes a first lens part with an optical body transparent to light and defining an optical axis, front and rear optical body surfaces, haptics connected permanently to the optical body and designed to come into engagement with the capsular bag, a flexible membrane connected permanently to the haptics or the optical body, the membrane having a center axis which runs congruently or parallel to the optical axis and is transparent to light, and a second lens part with a hollow cylinder which can be positioned with a proximal end on the front membrane surface of the first lens part such that the hollow cylinder and the membrane can be displaced along the optical axis towards the front optical body surface and thus the rear membrane surface undergoes a change in the radius of curvature thereof.

Methods and devices for additive manufacturing of workpieces are provided. For analysis during production, a test is carried out using a selected test method. The test results are compared with simulated test results derived during a simulation of the manufacturing and testing. The test may use one or more of a laser ultrasound test unit, an electronic laser speckle interferometry test unit, an infrared thermography test unit, or an x-ray test unit.

Method and device for additive manufacturing utilizing simulation test results of a workpiece

An illumination module () for an optical apparatus comprises a light source unit (), which is configured to selectively emit light along a multiplicity of beam paths () in each case. The illumination module () also comprises a multiplicity of optical elements (-) arranged with lateral offset from one another, wherein each optical element (-) of the multiplicity of optical elements (-) is configured to transform at least one corresponding beam path () of the multiplicity of beam paths.

Segmented optical system for a lighting module for angle-resolved illumination

An image-capturing device for a digital microscope is provided. The image-capturing device includes a camera sensor, an optical unit for imaging a sample in an image plane on the camera sensor The optical unit includes at least one lens group which is mounted so as to be movable perpendicularly with respect to an optical axis, and a moving device with a first drive for the relative movement of at least one part of the movably mounted lens group and thus of the imaging of the sample on the camera sensor parallel to the image plane. The first drive is coupled to the movably mounted part of the lens group via a first flexure bearing formed in the moving device.

Image-capturing device with a moving device for a digital microscope, and digital microscope

The invention is directed to method for positioning and aligning a preferably biological sample in the detection area of the objective of a microscope arrangement. According to the invention, the method mentioned above has the following method steps: a sample is introduced into a transparent medium, preferably agarose gel, which is initially liquid; the medium is changed from the liquid state to the solid state, wherein the sample is fixated within the medium, but the transparency of the medium is retained; the solidified medium is positioned in the microscope arrangement in such a way that the sample enclosed therein is situated in the detection area of the objective. Further, a device is proposed for positioning and aligning a preferably biological sample in the detection area of the objective of a microscope arrangement.

Method for embedding a biological sample in a transparent matrix for analysis using single plane illumination microscopy

The invention relates to a ring illumination device () for a microscope objective (), and a microscope objective () provided with such a ring illumination device (). The ring illumination device () has at least two LED units () which are accommodated in an illumination ring () which can be connected to the microscope objective (). According to the invention, the ring illumination device () has at least one lower entrance opening () and at least one upper outlet opening () for cooling air, for cooling the LED units ().

Ring illumination device for a microscope objective, and microscope objective

The invention relates to a contact glass for ophthalmic surgery. Said glass comprises a lens body that is held in a frame and a front lens surface that is designed to be placed against the eye. According to the invention, the front lens surface is concave and follows a surface curvature (K) and an annular gap is formed at the edge of the front lens surface between the lens body and the frame, said gap being used to apply a negative pressure in order to fix the contact glass to the eye. The frame is designed to follow the contour of an imaginary continuation of the surface curvature (K), or at least does not project beyond the latter.

Contact glass for ophthalmic surgery

An adapter for mechanically coupling a laser processing device to an object. The adapter has a central region which can be moved into the beam path of the laser processing device and a peripheral region located outside the central region. The beam path extends up to the object along an optical axis. The adapter is fixable to the laser processing device on the one hand and provided so as to contact the object with its central region on the other hand. A fixture is provided at the peripheral region that allows the adapter to be releasably fixed to a receiving part of the laser processing device such that, upon application of a determined pulling force along the optical axis, the The fixture is removable from the receiving part.

Adapter for mechanically coupling a laser processing device to an object

For the microscopy of an object or a specimen with a combination of optical microscopy and particle beam microscopy, an electrically conducting specimen carrier () is used which is configured for use in a particle beam microscope as well as in an optical microscope and has at least one alignment mark (). The alignment mark is configured as a pass-through structure and is detectable from the top and from the bottom of the specimen carrier.

Specimen holder having alignment marks

The invention relates to an optics changer for arranging an optical element in a target position in a changer chamber of an optical device accessible from the outside via a insertion channel, including a base frame and the optical element that is pivotally fastened to the base frame via a swivel mechanism, wherein the swivel mechanism effects a pivoting movement of the optical element when the optics changer is inserted through the insertion channel in the changer chamber starting at a predetermined insertion depth such that after inserting, the optical element is placed and pivoted in the target position.

Optics changer

An adapter to be applied in contact with an anterior corneal surface. The adapter includes a contact glass portion having a corneal contact surface curvature that is flatter than the undeformed anterior corneal surface. When the contact glass is applied the cornea assumes a deformed state corneal curvature that is parallel to the flatter corneal contact surface curvature. A mount portion circumferentially surrounds the contact glass portion and defines a suction duct that is structured to secure the adapter to the cornea by negative pressure when the suction duct is brought into contact with a surface of the eye surrounding the contact glass portion. The suction duct is partially defined by a peripheral edge of the mount that extends outwardly away from the mount portion and toward but not intersecting or extending beyond a geometric continuation of the corneal contact surface curvature.

Adapter for coupling a laser processing device to an object

An adapter for coupling a laser processing device to an object, said adapter having a central region which can be moved into the beam path of the laser processing device, an illumination beam path through which illumination radiation can be guided for illumination of an object field which can be covered by the central region, and a peripheral region located outside the central region and by which the adapter can be mounted on the object and/or on the laser processing device, wherein the illumination beam path extends in the peripheral region and guides illumination radiation, coupled into the peripheral region, to the object field direct and/or via the central region.

Growing community of inventors

Magdala, Germany

Uwe Wolf