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  • Multi-Axis Cutting of Technical Ceramics into a Chess Rook

    Thanks to it’s versatile technology, the Laser MicroJet® can be used for a multitude of processes while achieving unparalleled precision. In this video, you’ll see how our laser transforms silicon carbide into a chess rook, covering faceting, 3D cutting, hole drilling, engraving, and turning. Discover every step from raw material to finished piece!
  • 3D Cutting of SiC Compass with Laser MicroJet®

    In this video, we demonstrate the machining of silicon carbide (SiC), one of the hardest materials on earth. Using our 5-axis LCS-50 machine, the material is shaped into a high-precision compass design. This example showcases how Synova’s Laser MicroJet® (LMJ) technology enables the cutting of hard, brittle materials into complex 3D geometries, while maintaining sharp […]
  • Precision Tube Cutting for Medical Industry with Laser MicroJet®

    Watch our latest application video showcasing high-precision tube processing. Discover how our 5-axis S-50 machine, powered by our proprietary Laser MicroJet®, achieves outstanding cutting precision, making it an ideal solution for small workpieces in the medical industry.
  • Wafer Downsizing, Notch and Flat with Laser MicroJet®

    Discover the capabilities of our LCS 303 3-axis laser cutting system while processing a wafer for the semiconductor industry. Whether it’s wafer downsizing, notch, or flat cutting, our Laser MicroJet® is renowned for its high precision and reliability.
  • Wafer Dicing and Fancy Shape with Laser MicroJet®

    Experience the precision of our Laser MicroJet® technology as it processes a SiC wafer for the semiconductor industry. This video showcases our S-303 machine executing multiple cutting shapes, including wafer dicing, hole drilling, and sharp triangles cutting.
  • 5-Axis Cutting of Poly SiC with Water Jet Guided Laser

    Engineered for the precision cutting of small workpieces, our 5-axis machines effortlessly handle even the most complex 3D applications. With a dynamic moving axis and advanced water jet guided laser, our technology can achieve incredible results with no limit to your creativity!
  • Cutting Ceramic Matrix Composites with Laser MicroJet®

    Discover the capabilities of our LCS 303 3-axis machine while cutting one of the toughest materials: Ceramic Matrix Composites. Cutting this ultra-hard and brittle material is particularly challenging, but our laser MicroJet® excels in handling even the most demanding materials with exceptional precision.
  • CMC Processing with Water Jet Guided Laser Technology

    Explore the capabilities of our Laser MicroJet® as it tackles the challenge of cutting Ceramic Matrix Composites, one of the toughest materials around. Our system guarantees precise and clean cuts without causing thermal damage, making it ideal for working with hard and brittle materials.
  • Cutting and Turning with LMJ®: Shaping a Miniature Figure

    Watch how a small piece of stainless steel is cut and shaped into a delicate lady figure by our Laser Microjet®. Our water jet guided laser can remove the material in a single operation, ensuring no thermal damage and preserving a smooth surface with impeccably sharp edges.
  • Laser MicroJet®: Cutting Delicate Shapes on a Thin Ceramic Plate

    Discover the capabilities of our water jet laser as it effortlessly cuts through a 0.65 mm-thick alumina ceramic plate. Experience the finesse of our cutting applications, from slotting to drilling, all while maintaining flawless precision that prevents micro-cracks and thermal damage.
  • Cutting and Drilling Thick Ceramics (ZTA) with LCS 303

    Our LCS 303 can process a wide variety of materials, from ultra hard and brittle materials such as ceramics, to complex composites. In this video, you will see how our laser cut through a 15 mm thick piece of Zirconia toughened Alumina without inducing any micro-cracks.
  • Fancy Shaping: Heart Shape

    The “DaVinci Diamond Factory” is an automated laser cutting & shaping system for diamonds. In this video, you see the processes involved in cutting a 4 mm thick CVD diamond, from planning to determining the facet cutting order and alignment to shaping the heart in one go.

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