Tag: DigitalManufacturing

  • SAEKI Raises $6.7M to Develop Robotic CNC Large Scale 3D Printing

    SAEKI Raises $6.7M to Develop Robotic CNC Large Scale 3D Printing

    ZURICH, Switzerland, Feb 6, 2025 – As global supply chains face growing challenges and rising costs, manufacturing is at a turning point. Industries like aerospace, automotive and construction experience long lead times and high costs for large-format components. These sectors depend on fragmented supply networks and labor-intensive processes. Manufacturing automation business SAEKI announced a $6.7M funding round to address the challenges through its innovative approach to digital manufacturing.

    The seed round was led by Lightbird with participation from Founderful, 2100VC, Danobat, and multiple high-profile business angels.

    CNC. Image: SAEKI

    SAEKI combines large-scale additive manufacturing with precision CNC machining in a unified production system. The hybrid approach enables the company to deliver precision-engineered components in days rather than weeks, while maintaining the top quality standards through automated inspection processes. By incorporating automated quality assurance, SAEKI ensures every part meets stringent industry standards, enabling faster delivery times and improved cost efficiency for large-format components.

    SAEKI is also announcing the launch of its breakthrough instant quoting platform, enabling customers to upload designs, configure requirements, and receive immediate pricing for precision-engineered parts. By eliminating traditional quoting bottlenecks, SAEKI has reduced the procurement cycle from days to minutes.

    “There’s an exponential and widening divide between what we can design and what we can actually build,” commented Andrea Perissinotto, co-founder and CEO of SAEKI. “While engineers can now use AI to create hundreds of optimized designs, legacy manufacturing simply can’t deliver these components cost-effectively. Automating the entire process, from quoting to final inspection, will make these advanced designs manufacturable at scale. Our mission at SAEKI is to make manufacturing faster, more efficient, and more reliable. By integrating additive manufacturing with CNC machining and quality assurance, we’re giving industries the tools they need to innovate without constraints. This isn’t just about making parts; it’s about reshaping the way industries approach production. This is a defining moment for European manufacturing as we set out to build a future with fully autonomous factories.”

    3D robot printer Image: SAEKI

    SAEKI’s origins are deeply rooted in hands-on manufacturing experience. The company’s CEO, Andrea Perissinotto, began his journey in his uncle’s workshop, where he witnessed firsthand how traditional production relied heavily on scarce, skilled craftsmen with decades of experience. “We saw an opportunity to integrate advanced manufacturing technologies to overcome these limitations and scale production efficiently,” said Perissinotto“The existing processes demand decades of experience and are incredibly hard to scale. With AI and robotics, we’re now able to abstract and automate these skills.”

    From left to right: CTO Oliver Harley, COO Matthias Leschok and CEO Andrea Perissinotto. Image: SAEKI

    SAEKI was founded by Perissinotto (CEO), Oliver Harley (CTO) and Dr. Matthias Leschok (COO) during their studies at ETH Zürich. The trio identified a unique opportunity to bring industrial-scale efficiency to large-format additive manufacturing and CNC machining, making the process faster and more cost-effective. SAEKI’s technology-driven approach helps reshore critical manufacturing capabilities to Europe. Moreover, by minimizing reliance on overseas suppliers, the company aligns with broader industry trends toward sustainability and supply-chain resilience.

    “The company’s focus on large-format manufacturing is particularly timely, as sectors like aerospace and construction face increasing demand for complex, high-performance parts,” said Thomas Meier, partner at Lightbird. “Global supply chains are under pressure, with rising costs and delays becoming the norm. We believe that SAEKI’s ability to deliver high-quality components quickly and reliably sets a new standard for the industry.”

    The investment will accelerate SAEKI’s development of autonomous factories that integrate quoting, 3D printing, machining, and inspection into a seamless process. “We share SAEKI’s vision of European dynamism and strengthening Switzerland’s manufacturing position,” said Alex Stöckl, partner at Founderful. “Their interdisciplinary team has shown remarkable progress, demonstrating the potential to reshape industrial production.”

    Scanner. Image: SAEKI

    About SAEKI

    SAEKI, founded in 2021, is a Swiss company specializing in large-format additive manufacturing, offering on-demand 3D printing services for sizable, complex components. Their proprietary process integrates robotics, 3D printing, milling, post-processing, and 3D scanning to produce large-scale parts efficiently and cost-effectively. SAEKI serves industries such as automotive, construction, aerospace, and industrial sectors. Headquartered in Lupfig, Switzerland, the company has secured approximately $9 million in funding over three rounds, with the latest being a $6.7 million seed round in February 2025.

  • Siemens’ India: 5th generation SINUMERIK 828D and MACHINUM at IMTEX 2025

    Siemens’ India: 5th generation SINUMERIK 828D and MACHINUM at IMTEX 2025

    BENGALURU, India, Jan 23, 2025 – Siemens announced the launch of MACHINUM at IMTEX 2025. MACHINUM has the potential to reduce machine tool setup time up to 20% and cycle times and energy consumption up to 18%.

    Image Source: Siemens

    Investment in India’s high-end manufacturing for local and export markets is driving changes in the machine tool market. Advanced technologies are being adopted to support this growth. The demand for modern machine tools is growing due to the need for precision, customization, and technology integration in manufacturing processes.

    Achim Peltz, CEO of Siemens Motion Control, digital industries, Siemens AG, “As one of the technology players with integrated solutions across the entire value chain, one of our prime focus areas is to support the accelerated adoption of digitalization and help the industry move up the value chain through co-creation. With the launch of the MACHINUM portfolio, we are shaping the sustainable, digital, and future-proof transformation of the machine tool manufacturing ecosystem in India.”

    MACHINUM is an integral part of Siemens Xcelerator, the open digital business platform that includes a portfolio of software and IoT-enabled hardware, an ecosystem of partners, and a marketplace. MACHINUM helps machine tool companies and scale digital transformation in both manufacturing and design processes.

    Siemens will also showcase the upgraded 5th generation SINUMERIK 828D, paving the way for SINUMERIK Run MyVirtual Machine. This innovative feature allows NC programs to be created, validated, and optimized using a digital twin of the machine without interrupting production, reducing setup time on the real machine by up to 20% and minimizing production risks. With features like digital twin readiness, effortless HMI customization, and 40% faster program buffering, it simplifies operations and improves efficiency. The high-resolution display ensures clear operator visibility, while robust cybersecurity, including IEC 62443 compliance, safeguards systems from threats.

    Vijay Pratap Singh, Head of Motion Control, digital industries, Siemens Limited, said, “Our energy-efficient hardware, operational technology, and digitalization are key to boosting sustainability in machine tool manufacturing. At IMTEX 2025, we will not only showcase our components with high energy efficiency and lower carbon footprint but also applications to compensate, recover, and limit the energy consumed. Such a seamless portfolio helps machine tool manufacturers and users save costs while being more productive with fewer resources.”

    Source: Siemens