Italiano

Zeiss Medical Technology nominated for the 2025 German Future Award

103
2025-09-22 10:58:06
Vedi traduzione

Germany’s Office of the Federal President has announced the nominations for the German Future Prize 2025 (“Deutscher Zukunftspreis”). This year’s nominees include Dr. Mark Bischoff, Dr. Gregor Stobrawa and Dirk Mühlhoff from Zeiss Medical Technology (ZMT), for their project for minimally-invasive lenticule extraction to correct refractive errors.

 



Nominated: Dirk Mühlhoff, Mark Bischoff, and Gregor Stobrawa


The ZMT team has developed the highly precise technology required for this, branded Smile® with Visumax®. This technology enables surgeons to correct near-sightedness (myopia) and far-sightedness (hyperopia), with and without astigmatism.

Ultrashort pulses for surgery

Zeiss Smile with Visumax is setting new standards for refractive surgery and enables all laser vision correction steps in a single system. To achieve this, the developers combined a femtosecond laser with special high-performance optics and computer control. The technology enables precise focusing of intense but extremely short laser pulses inside the cornea without damaging the surface.

Because of the precise spatial alignment of millions of such focal points, the Visumax medical femtosecond laser separates a lens-shaped piece of tissue called a lenticule – first the back, then the front. In the final step, the laser system creates a 2 mm incision, through which the surgeon removes the lenticule. The shape of the anterior corneal surface changes, and this achieves the intended refractive correction. The incision, just a few millimeters wide, closes within a few hours.

“We are very pleased that, once again, a team from ZMT has been nominated for this prestigious award. Smile technology is the best example of how we succeed in going beyond the limits of what is possible,” said Maximilian Foerst, President and CEO of Carl Zeiss Meditec.

 



Close up of Zeiss’s Visumax 800

Healthcare sector trends
Every year, more than 50 million people worldwide reach adulthood with refractive errors that require correction, according to The Lancet Global Health Commission on Global Eye Health: vision beyond 2020.

The ZMT statement adds, “the team’s development offers an opportunity for clear vision without eyeglasses or contact lenses to precisely those people whose numbers are growing worldwide due to a variety of factors. The technology that the nominees developed for minimally invasive lenticule extraction surgery allows for the permanent correction of refractive errors.”

The company’s Dr. Mark Bischoff commented, “For those of us on the development team, it was always important to come up with innovative systems and procedures that allow surgeons to correct refractive errors with outstanding quality.

“This nomination is a major recognition for our team that for years has worked with tireless dedication, expertise and passion to enable as many people as possible to enjoy good vision without glasses or contact lenses.”

It took ten years from the start of the project to receive clinical approval for the treatment method in Europe. Since then, says Zeiss, “Smile technology has revolutionized refractive surgery worldwide. Surgeons in more than 80 countries now perform the minimally invasive lenticule extraction procedure using a Visumax. Globally, these have treated more than 12 million eyes with the Smile technology.”

Source: optics.org

Raccomandazioni correlate
  • TAU Systems upgrades the University of Texas desktop laser to a peak power of 40 terawatts

    TAU Systems, a manufacturer of ultra fast compact laser plasma accelerators, announced today that it has successfully upgraded the existing desktop terawatt laser (UT 3) at the University of Texas to a new and improved performance that provides power for compact particle accelerators. The upgraded UT 3 driver laser can now generate ultra short pulses with a peak power of 40 terawatts.This upgrade ...

    2023-08-21
    Vedi traduzione
  • Atomstack Maker A5 V2: A laser engraving machine suitable for beginners

    In the recent DIY field, innovative and increasingly affordable laser engraving machines have emerged, mainly designed for first-time users in this field. A particularly noteworthy example in this regard is the Atomstack Maker A5 V2 model. This device is known for its versatility and ease of use, making it an ideal choice for beginners in the world of laser engraving.The Atomstack Maker A5 V2 is a...

    2024-01-03
    Vedi traduzione
  • The Trends and Challenges of the Metal 3D Printing Industry in 2025

    In the past decade, metal 3D printing technology has experienced rapid development, from the initial production of orthopedic implants to the manufacturing of rocket boosters. This technology has become an indispensable part of multiple key industries. With the advancement of technology and the expansion of the market, we are witnessing the revival of electron beam melting (EBM) technology and the...

    01-21
    Vedi traduzione
  • TRUMPF high-power laser dynamic beam shaping technology creates opportunities for the electric vehicle industry

    It is reported that researchers from TRUMPF in Germany reported research on using dynamic beam shaping of high-power lasers to improve the productivity of hairpin stators, creating opportunities for the electric vehicle industry. Relevant research was published in "PhotonicsViews" under the title "Unlocking opportunities for the EV industry with beam shaping of high-power lasers".The electric vehi...

    2024-07-01
    Vedi traduzione
  • Germany's Tongkuai Laser Austria's Parsing Intelligent Factory Completed Expansion

    This month, German laser giant Trumpf completed an expansion project at its smart factory in Pasing, Austria. The opening ceremony was held in the presence of members of the Tongkuai Group family and representatives from the business and political circles. Over the past two years, Tongkuai has invested approximately 40 million euros in the expansion of the factory. The company has built two new...

    2024-09-14
    Vedi traduzione