English

MedWorld Advisors acquires stakes in two companies to establish MedTech Laser Group

1083
2024-08-12 14:48:13
See translation

Recently, MedWorld Advisors, an internationally renowned healthcare M&A consulting firm, is pleased to announce the establishment of a new medical laser company, MedTech Laser Group, by acquiring shares in two similar companies.

The birth of MedTech Laser Group originated from A. in Nuremberg, Germany R. C Laser GmbH and G. from Caesarea, Israel (adjacent to Tel Aviv) N. The successful acquisition of shares in two companies, S. neoLaser Ltd., has received professional guidance and strong support from Afinum Management GmbH in Munich, Germany for this strategic merger.

A. R.C. Laser is a private family owned enterprise that has been deeply involved in the field of medical laser technology since 1996, renowned for its long history and pioneering position in the industry. The company focuses on the field of ophthalmic treatment, especially glaucoma and cataract surgery. Its extensive innovative laser technology solutions have also been extended to multiple surgical application areas such as laryngology, otolaryngology, rhinology, and veterinary medicine, demonstrating its strong research and development capabilities and product diversification capabilities.

On the other hand, neoLaser, founded in 2012, has rapidly emerged as a leader in laser systems and fiber optic technology in recent years, especially in the fields of intravenous laser ablation and proctology. Its cutting-edge laser solutions not only consolidate its market leadership position, but also greatly promote the innovation of patient care and treatment effectiveness.

As an independent investment institution that has been active in the investment field of SMEs since 2000, Afinum focuses on four technology driven vertical fields: healthcare, industrial technology, software and TMT, and consumer and Internet.

Afinum upholds a corporate culture of trust and cooperation, committed to working hand in hand with entrepreneurs to explore and unleash the maximum potential of the enterprise. This transaction is not only the tenth platform investment of Afinum 9 Fund, but also its third important layout in the medical technology field.

In A R. Under the shared vision of the founders of C. Laser and neoLaser, these two leading companies joined forces to establish MedTech Laser Group, with Afinum becoming its major controlling shareholder. The two founders also reinvested in the new entity, demonstrating their firm confidence in the future.

The global ophthalmic and surgical laser market is experiencing unprecedented growth opportunities, thanks to an aging population, increased disease burden, and continuous breakthroughs in laser treatment technology. The establishment of MedTech Laser Group is based on this strategic insight, aiming to grasp the pulse of the market and provide cutting-edge medical solutions.

Under the unified framework of MedTech Laser Group, A.R.C. Laser and neoLaser will work together to share market opportunities and accelerate revenue growth through synergies. Both parties will maintain independent operation while strengthening deep cooperation in research and development, sales, marketing, and regulatory affairs, and jointly promote international expansion and market cultivation. In addition, the group plans to continuously enrich its technology and product portfolio and further consolidate its market position through organic growth and strategic additional acquisitions.

MedWorld Advisors served as the exclusive financial advisor in this transaction, successfully facilitating this unique cross-border collaboration and ensuring that both companies found the ideal partner to support their international expansion while maintaining their respective integrity cultures. As a key strategic investor of the new group, the seller has demonstrated its high recognition and expectations for this partnership and its future development potential.

Source: OFweek

Related Recommendations
  • SPIE Optics and Photonics 2025: Plenary Session Evaluation of Organic Materials for Optoelectronics

    The use of organic materials in photonics has given rise to many device innovations for applications in sensing, semiconductors, lasers, and more. The Organic Photonics + Electronics plenary session at SPIE Optics + Photonics 2025, taking place through 7 August in San Diego, California, sampled some current research efforts in this subfield, and looked at developments on the horizon.Ruth Shinar d...

    08-06
    See translation
  • Shanghai Optics and Machinery Institute has made progress in near-field state analysis of high-power laser devices based on convolutional neural networks

    Recently, the research team of the High Power Laser Physics Joint Laboratory of the Chinese Academy of Sciences Shanghai Institute of Optics and Fine Mechanics identified and analyzed the abnormal near-field output of the SG - Ⅱ upgrade device by using the spatial domain computing method and the deep learning model with attention mechanism in response to the requirements of real-time and effective...

    2024-04-25
    See translation
  • Fabrinet Laser Business Revenue Surges

    Recently, Fabrinet released its financial report for the three months ended December 27, 2024, showing that its sales and revenue exceeded expectations. During the reporting period, the company achieved sales of $834 million, a year-on-year increase of 17%. Net income increased by 25% during the same period, reaching $86.6 million.Although the growth in performance is still dominated by the optica...

    02-07
    See translation
  • Aerotech's next-generation laser processing technology for medical device manufacturing

    Recently, Aerotech Inc., a global leader in precision motion control and automation, launched the ultimate cylindrical laser machining motion platform LaserTurn160. LaserTurn160 is designed for unparalleled precision and efficiency, with a 40% increase in production capacity compared to similar systems, setting a new standard for medical device manufacturing. Extremely high efficiency, unparalle...

    02-08
    See translation
  • New Method - Observing how materials emit polarized light

    Many materials emit light in ways that encode information in its polarization. According to researchers at École Polytechnique Fédérale de Lausanne (EPFL), Switzerland, polarization is key for future technologies, from quantum computers to secure communication and holographic displays.Among such phenomena is a form known as circularly polarized luminescence (CPL), a special type of light emission ...

    07-04
    See translation