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Prof. Dr. Anissa Kempf

Persons Prof. Dr. Anissa Kempf

Date 25 Aug 2020

Big version 41 KB Print version 228 KB

Prof. Dr. Knut Drescher

Persons Prof. Dr. Knut Drescher

Date 25 Aug 2020

Big version 41 KB Print version 2 MB

3D printer in the 3D print lab, Medical-Additive-Manufacturing research group of the University of Basel. How can you make 3D printing technology so small that it can be used directly inside the body? (Photo: University of Basel, R. Wendler)

Occasion Miracle II

Photographer Reinhard Wendler

Date 27 Jul 2020

Big version 92 KB Print version 10 MB

A masterpiece of anatomical 3D printing. This technology has developed at breakneck speed in the last few years. Now it is time to make it suitable for surgery in operating rooms. (Photo: University of Basel, R. Wendler)

Occasion Miracle II

Photographer Reinhard Wendler

Date 27 Jul 2020

Big version 193 KB Print version 15 MB

3D printer in the 3D print lab, Medical-Additive-Manufacturing research group of the University of Basel. How can you make 3D printing technology so small that it can be used directly inside the body? (Photo: University of Basel, R. Wendler)

Occasion Miracle II

Photographer Reinhard Wendler

Date 27 Jul 2020

Big version 183 KB Print version 11 MB

Hand in blue glove holds bio-implant: grid structure with the size and shape of a coin

Implants made of organic materials – such as these structures which stimulate and control bone growth – are already being printed by oral and maxillofacial surgeon Florian Thieringer at the 3D print lab, Medical-Additive-Manufacturing research group of the University of Basel (Photo: University of Basel, R. Wendler)

Occasion Miracle II

Photographer Reinhard Wendler

Date 27 Jul 2020

Big version 454 KB Print version 14 MB

Surgeon holds skull with 3D printed skull bone

3D prints such as this one are often used at the University Hospital Basel to plan and simulate procedures. (Photo: University of Basel, C. Flierl)

Occasion Miracle II

Photographer Christian Flierl

Date 27 Jul 2020

Big version 519 KB Print version 21 MB

Surgery situation with screen in the foreground

Use of a high-tech implant by Florian Thieringer at the University Hospital Basel. Miracle II aims to fundamentally change this procedure. (Photo: University of Basel, F. Thieringer)

Persons Florian Thieringer

Occasion Miracle II

Date 27 Jul 2020

Big version 691 KB Print version 4 MB

Implants made of organic materials – such as these structures which stimulate and control bone growth – are already being printed by oral and maxillofacial surgeon Florian Thieringer at the 3D print lab, Medical-Additive-Manufacturing research group of the University of Basel (Photo: University of Basel, R. Wendler)

Occasion Miracle II

Photographer Reinhard Wendler

Date 27 Jul 2020

Big version 112 KB Print version 12 MB

One of the results of the first funding phase: a high-precision robot endoscope tip with integrated laser bone saw. (Photo: Werner Siemens Foundation,, F. Brüderli)

Occasion Miracle II

Photographer F. Brüderli

Date 27 Jul 2020

Big version 80 KB Print version 289 KB

Two persons with VR glasses and a hand-held control device in front of an image of blood vessels

Another result of the first funding phase: precise planning of surgical procedures in virtual reality together with specialists in other countries or continents. (Photo: Werner Siemens-Stiftung, F. Brüderli)

Occasion Miracle II

Photographer F. Brüderli

Date 27 Jul 2020

Big version 197 KB Print version 15 MB

Surgery situation with sugreon holding a high tech implant

Use of a high-tech implant by Florian Thieringer at the University Hospital Basel. Miracle II aims to fundamentally change this procedure. (Photo: University of Basel, F. Thieringer)

Persons Florian Thieringer

Occasion Miracle II

Date 27 Jul 2020

Big version 8 MB Print version 7 MB

3D print of a knee joint. Researchers of the first project phase use this to calibrate their minimally invasive robots. (Photos: University of Basel, R. Wendler)

Occasion Miracle II

Photographer Reinhard Wendler

Date 27 Jul 2020

Big version 93 KB Print version 16 MB

3D print of a knee joint. Researchers of the first project phase use this to calibrate their minimally invasive robots. (Photos: University of Basel, R. Wendler)

Occasion Miracle II

Photographer Reinhard Wendler

Date 27 Jul 2020

Big version 90 KB Print version 16 MB

A masterpiece of anatomical 3D printing. This technology has developed at breakneck speed in the last few years. Now it is time to make it suitable for surgery in operating rooms. (Photo: University of Basel, R. Wendler)

Occasion Miracle II

Photographer Reinhard Wendler

Date 27 Jul 2020

Big version 137 KB Print version 19 MB

In a forest in Hölstein near Basel researchers study the effects of climate change on the most important and sensitive part of the trees – the canopy. A total of 450 trees between 50 and 120 years old grow on the 1.6 hectare research area. (Photo: University of Basel)

Occasion Heat stress: the climate is putting European forests under sustained pressure

Photographer University of Basel

Date 16 Jul 2020

Big version 771 KB Print version 7 MB

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Prof. Dr. Anissa Kempf

Prof. Dr. Knut Drescher

3D printer in the 3D print lab, Medical-Additive-Manufacturing research group of the University of Basel. How can you make 3D printing technology so small that it can be used directly inside the body? (Photo: University of Basel, R. Wendler)

A masterpiece of anatomical 3D printing. This technology has developed at breakneck speed in the last few years. Now it is time to make it suitable for surgery in operating rooms. (Photo: University of Basel, R. Wendler)

3D printer in the 3D print lab, Medical-Additive-Manufacturing research group of the University of Basel. How can you make 3D printing technology so small that it can be used directly inside the body? (Photo: University of Basel, R. Wendler)

3D prints such as this one are often used at the University Hospital Basel to plan and simulate procedures. (Photo: University of Basel, C. Flierl)

Use of a high-tech implant by Florian Thieringer at the University Hospital Basel. Miracle II aims to fundamentally change this procedure. (Photo: University of Basel, F. Thieringer)

One of the results of the first funding phase: a high-precision robot endoscope tip with integrated laser bone saw. (Photo: Werner Siemens Foundation,, F. Brüderli)

Another result of the first funding phase: precise planning of surgical procedures in virtual reality together with specialists in other countries or continents. (Photo: Werner Siemens-Stiftung, F. Brüderli)

Use of a high-tech implant by Florian Thieringer at the University Hospital Basel. Miracle II aims to fundamentally change this procedure. (Photo: University of Basel, F. Thieringer)

3D print of a knee joint. Researchers of the first project phase use this to calibrate their minimally invasive robots. (Photos: University of Basel, R. Wendler)

3D print of a knee joint. Researchers of the first project phase use this to calibrate their minimally invasive robots. (Photos: University of Basel, R. Wendler)

A masterpiece of anatomical 3D printing. This technology has developed at breakneck speed in the last few years. Now it is time to make it suitable for surgery in operating rooms. (Photo: University of Basel, R. Wendler)

In a forest in Hölstein near Basel researchers study the effects of climate change on the most important and sensitive part of the trees – the canopy. A total of 450 trees between 50 and 120 years old grow on the 1.6 hectare research area. (Photo: University of Basel)

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