Discover the LMJ-iP kit at IMTS!
Synova is launching its new Laser MicroJet® Integration Package (LMJ-iP) designed to turn any standard 3-axis Vertical Machining Center into multi-purpose Miling/Drilling Laser Cutting machine.
Certain hybrid machining methods enable the use of nanosecond lasers for high-throughput processing tasks for the semiconductor and consumer electronics industries, while mitigating the drawbacks that are inherent to these sources. One example is Synova’s laser MicroJet (LMJ) technology, which combines a laser with a thin water jet. This jet uses total internal reflection to precisely guide the beam in a manner similar to that which can be achieved via conventional optical fibers.
By Antonio Castelo
We are delighted to welcome Scott Fosdick as our new Senior Vice President of Sales, Marketing, and Customer Service.
Scott brings over 30 years of industry experience in mechanical engineering, with a robust background in R&D, service, applications, business development, sales, and marketing. He has held leadership positions with companies such as GF Machining Solutions and Makino.
His expertise will be crucial in driving our strategic initiatives forward, enhancing our market presence, and fostering innovative solutions that meet the evolving needs of our customers.
We are confident that his experience and strategic vision will be a valuable addition to the Synova leadership team!
Synova S.A. has appointed Scott Fosdick as its new Senior Vice President of Sales, Marketing and Customer Service. He will oversee and develop global sales operations and drive business growth.
Cutting Intelligence
Synova, a Swiss company that specializes in diamond-manufacturing equipment, is known for its expertise in laser-cutting technology. In 2020, it launched the DaVinci system, capable of cutting 57 facets of a round brilliant diamond in a single automated operation. Synova doesn't map the stones itself, instead, it utilizes files from leading third-party diamond-planning providers like Sarine Technologies, Lexus, or Octonus.
By Isabella Yan
La société Microweld est spécialisée dans la mise en œuvre de différentes technologies laser pour la découpe, le soudage ou le marquage de produits destinés aux secteurs des technologies médicales, de l'horlogerie et de la mécanique de précision. Le laser a toutefois tendance à provoquer un échauffement important de la matière localement, ce qui peut conduire à une dégradation des propriétés de matériaux sensibles.
By Klaus Vollrath
Meet us at EPHJ and LPM conference
Laser Micro-Machining for Medical Technologies
Microweld specializes in implementing various laser technologies for cutting, welding, or marking products in the fields of medical technology, watchmaking, and precision mechanics. However, lasers tend to generate significant localized heat in the material, which can lead to degradation of the properties of sensitive materials.
By Klaus Vollrath
Für die Mikrobearbeitung setzt Microweld eine neue Laserschneidtechnologie von Synova ein, um Materialschäden bei empfindlichen Werkstoffen zu vermeiden. Das Laser Microjet-Verfahren verhindert Kontamination und sorgt für präzise Schnitte. Zudem lassen sich mit der patentierten „Wasserlaser"-Technologie die Nachteile konventioneller Laserschneidsysteme vermeiden.
By Klaus Vollrath