AMPulse Daily

🚀 Startup Spotlight 🚀 UrbanAlps - A Swiss high-security company that utilizes 3D metal printing to produce 'Stealth Keys' with internal mechanical security features that are impossible to scan, photograph, or duplicate. 🔍 Company Overview - CEO: Alejandro Ojeda - Year Founded: 2014 - Location: Zurich, Switzerland - Team Size: 10-50 - Webpage: https://www.urbanalps.com/ 🎯 What They Do - One-line Description: A Swiss high-security company that utilizes 3D metal printing to produce 'Stealth Keys' with internal mechanical security features that are impossible to scan, photograph, or duplicate. - Target Customers: Military and defense agencies, critical infrastructure (energy, utilities), industrial facilities, and high-end commercial/residential sectors. - Industry Verticals: Application 🚀 Achievements & Status - Current Stage/Status: Commercial, Scaling - Major Milestones: Seed - Key Investors: Winner of the W.A. de Vigier Award in 2018,1st Prize at the Purmundus Challenge for 3D and 4D printing,Strategic partnership with Fieldmade for on-demand military key production in 2019,Launch of the Stealth Padlock manufactured with aerospace-grade superalloys - Basic Growth Metrics: Transitioned from R&D to commercial deployment in military and energy sectors; integrated into mobile 3D printing units for defense. 💡 Competitive Edge - How They Differentiate: Proprietary 'Stealth' technology using 3D metal printing to hide mechanical codes internally, making keys physically impossible to duplicate via photography or 3D scanning. - Key Technological Advantage: Leverages advanced Metal Additive Manufacturing (SLM/DMLS) to create complex internal geometries (14 disks, 2 sidebars) that are impossible to produce via traditional machining, combined with the use of high-performance superalloys typically reserved for aerospace engines. 📈 Funding & Partnerships - Total Funding Raised: $2.5M - Latest Funding Round: Seed - Key Investors: Venture Kick,W.A. de Vigier Foundation,Private Industrialists - Key Partnerships/Collaborations: Fieldmade (Partnership for on-demand 3D printing of keys for military and energy sectors),Norwegian Defence Research Establishment (FFI) - via Fieldmade collaboration,Axpo Group (Digital and innovation collaboration) Based on database updated on: 2026-04-01T10:13:36.571+09:00 #Innovation #AM #3Dprinting Powered by #WeeklyVentures "Spot an error? Share your feedback to help us improve!" https://lnkd.in/gxU_7uJh

⚡ 10s AM News ⚡ KraussMaffei has appointed a new President to lead its U.S. operations, with a specific mandate to oversee the company's additive manufacturing division. This leadership transition aims to integrate the firm's specialized 3D printing technologies, including its power-bed fusion and pellet-based extrusion systems, more effectively into the North American industrial market. The new executive will be responsible for scaling regional sales, service, and technical support for customers utilizing KraussMaffei's polymer-based AM solutions. The appointment follows a period of organizational restructuring intended to align the U.S. branch with the company's global strategy for high-performance plastics processing. This leadership change occurs as KraussMaffei seeks to differentiate its additive portfolio within a competitive U.S. market dominated by established polymer AM providers. By leveraging its deep roots in traditional injection molding and extrusion, the company is positioning its AM division to address the growing demand for hybrid manufacturing workflows that combine additive prototyping with mass-production plastic capabilities. The success of this division depends on the ability to bridge the gap between traditional plastics processors and the specific requirements of industrial 3D printing, such as material qualification and process repeatability. For the U.S. market, this appointment indicates a focus on operational stability and customer-facing integration rather than rapid, speculative expansion. The new leadership must prioritize the technical training of the local sales force to ensure that the complex requirements of industrial AM are communicated effectively to existing injection molding clients. Buyers should evaluate how this leadership change impacts local service response times and the availability of technical support for specific polymer applications. #AMNews #WeeklyVentures

🚀 Startup Spotlight 🚀 1st Mould GmbH - German injection molding service provider specializing in rapid prototyping, pre-series production, and small-batch manufacturing for automotive, medical, electronics, and consumer goods industries. 🔍 Company Overview - CEO: Bärbel Wünsche (Managing Director since July 2023), Sebastian Giebisch (Managing Director since June 2024) - Year Founded: 2005 - Location: Pirna, Germany - Team Size: 11-50 - Webpage: https://www.1st-mould.de 🎯 What They Do - One-line Description: German injection molding service provider specializing in rapid prototyping, pre-series production, and small-batch manufacturing for automotive, medical, electronics, and consumer goods industries. - Target Customers: OEMs and product developers requiring prototype-to-production plastic parts in automotive, medical technology, electronics, and consumer goods. - Industry Verticals: Service 🚀 Achievements & Status - Current Stage/Status: Established - Major Milestones: Bootstrapped - Key Investors: 2005: Founded in Pirna, Saxony, Germany; Exhibited at FAKUMA trade show (plastics industry); 2025: Exhibited at Formnext Frankfurt (additive manufacturing ecosystem) - Basic Growth Metrics: 13 employees; founded 2005 in Ullersdorf, relocated to Heidenau; serves international customers alongside domestic market 💡 Competitive Edge - How They Differentiate: Local German manufacturing with in-house tool shop versus offshore competitors; focus specifically on injection molding prototypes and small series rather than broad-spectrum manufacturing. However, lacks the scale, online quoting platforms, and material range of larger competitors like Protolabs. - Key Technological Advantage: CLAIMED: Fast response times and flexible production for complex customer requirements with close customer cooperation. VERIFIED: Exhibited at Formnext 2025 and FAKUMA trade shows, indicating industry recognition; active since 2005 with established customer base. NOT DEFENSIBLE: Standard injection molding and CNC capabilities are widely replicable. 📈 Funding & Partnerships - Total Funding Raised: - Latest Funding Round: Bootstrapped - Key Investors: - Key Partnerships/Collaborations: innovERZ.hub (regional innovation network); Zuliefermesse (supplier trade fair exhibitor); Euromold (exhibitor for 10 consecutive years); Formnext 2025 (exhibitor) Based on database updated on: 2026-03-31T08:27:41.693Z #Innovation #AM #3Dprinting Powered by #WeeklyVentures "Spot an error? Share your feedback to help us improve!" https://lnkd.in/gcdD3KCv

⚡ 10s AM News ⚡ Archer has unveiled a 5-axis FDM 3D printing prototype featuring an automatic 4-hotend toolchanging system and a CoreXY motion architecture. The machine utilizes a unique print bed mounted on three independent ball joints, enabling multi-axis tilting to facilitate non-planar layer deposition. Developed by the creator known as multipoleguy, the system incorporates custom firmware to manage purge cycles for tool changes, successfully printing a three-color double helix with only 6 grams of waste across 830 tool swaps. The project currently relies on the in-development MaxiSlicer software to handle the complex toolpath generation required for non-planar geometry. This development addresses the primary bottleneck in non-planar FDM printing, which is the lack of accessible, integrated software capable of handling complex 5-axis toolpaths. While commercial 5-axis systems exist in high-end industrial DED or hybrid CNC-AM platforms, they remain rare in the desktop FDM segment due to the high barrier of entry for motion control and slicer development. By combining a toolchanger with a tilting bed, this prototype attempts to bridge the gap between standard 3-axis desktop machines and industrial multi-axis manufacturing, offering potential for improved surface finish and structural integrity in parts with complex curvatures. For the additive manufacturing community, this prototype demonstrates that the hardware complexity of 5-axis printing is becoming manageable for advanced hobbyists and small-scale developers. The immediate challenge for the Archer project is the transition from a custom-coded, experimental slicer to a more robust, user-friendly software environment that can reliably generate non-planar toolpaths. Future iterations will need to prove repeatability and dimensional accuracy in production-grade materials to move beyond the current prototype status. #AMNews #WeeklyVentures

🚀 Startup Spotlight 🚀 Newson NV - Develops proprietary laser deflection systems (controllers, deflectors, and software) based on the patented rhothor concept, enabling flexible galvo alternatives for laser-based manufacturing including 3D printing. 🔍 Company Overview - CEO: Marc Van Biesen - Year Founded: - Location: Dijkstraat 84, 9200 Dendermonde, Belgium - Team Size: 6-10 employees. Named personnel: Marc Van Biesen (CEO/CTO), Steven Verbelen (service manager), Pieter Van Biesen, Katrien Delaey (marketing), Dr. Stefan Rung, Jan Mathijssen. Newson USA subsidiary led by Alex F. Schreiner (President). Company was founded in 1988, not a micro-startup. - Webpage: http://www.newson.be 🎯 What They Do - One-line Description: Develops proprietary laser deflection systems (controllers, deflectors, and software) based on the patented rhothor concept, enabling flexible galvo alternatives for laser-based manufacturing including 3D printing. - Target Customers: OEMs and integrators building laser machines for additive manufacturing, laser processing, and industrial measurement applications. - Industry Verticals: Hardware 🚀 Achievements & Status - Current Stage/Status: Established SME (founded 1988) with commercial products — rhothor™ laser deflection systems, cyclops single-mirror deflection, and mini cyclops CYA-S20 already exhibited at Photonics West 2024, LASER World of PHOTONICS 2023, Productronica, and Formnext 2025. US subsidiary (Newson USA) established with dedicated President, indicating active market expansion. - Major Milestones: - Key Investors: 2001: Patented the rhothor laser deflection concept; 2025: Exhibiting at Formnext Frankfurt (Booth 12.1 - F71). - Basic Growth Metrics: 💡 Competitive Edge - How They Differentiate: Unlike conventional galvo scanner suppliers (e.g., Scanlab) that offer rigid, closed-box systems, Newson provides an open-architecture laser deflection platform based on the proprietary rhothor concept, giving OEMs greater integration flexibility and positioning as an eco-friendly alternative for galvo-based laser operations. - Key Technological Advantage: Proprietary rhothor™ active deflector concept offering maximum design freedom (small-size deflectors and electronics), integrated copy protection, and bill-of-material cost reduction without quality compromise. Cyclops single-mirror deflection system and mini cyclops CYA-S20 (2D deflection, no additional hardware). Products designed around actual OEM laser machine builder requirements. Patented technology (rhothor™ trademark and patent referenced). 📈 Funding & Partnerships - Total Funding Raised: - Latest Funding Round: - Key Investors: - Key Partnerships/Collaborations: Based on database updated on: 2026-03-30T17:28:14.041Z #Innovation #AM #3Dprinting Powered by #WeeklyVentures "Spot an error? Share your feedback to help us improve!" https://lnkd.in/gqup7pQY

⚡ 10s AM News ⚡ IBM has filed a patent application for a dual-nozzle FFF 3D printing system designed to fill internal cavities with loose particles during the build process. The proposed architecture utilizes a primary nozzle to extrude the structural outer shell while a secondary nozzle deposits specific particle types into the interior voids based on a pre-calculated solidification plan. This approach allows for the localized adjustment of material properties such as density, thermal insulation, and damping without requiring the primary nozzle to extrude the entire volume. The patent focuses on process control and workflow architecture rather than specific hardware specifications or material compatibility metrics. This development highlights IBM's ongoing strategy of positioning itself as a provider of high-level process control and software intelligence within the additive manufacturing value chain. By moving beyond traditional geometric infill patterns, the company aims to address the limitation of current FFF systems that rely on uniform density or simple lattice structures to manage part performance. While competitors in the FDM/FFF space focus on hardware throughput and material diversity, IBM is targeting the software-defined control layer to enable functional grading of parts. The patent reflects a broader trend of integrating advanced simulation and material science into the slicing workflow to improve the performance of non-load-bearing internal zones. This patent represents a conceptual framework for process control rather than an immediate commercial hardware release. For the technology to be viable, IBM must address the technical challenges of particle containment, top-layer adhesion over loose media, and the integration of these control algorithms into existing slicer software. Users should view this as an intellectual property play that may eventually manifest as a licensing opportunity for software developers or machine manufacturers looking to expand their functional printing capabilities. #AMNews #WeeklyVentures

🚀 Startup Spotlight 🚀 Dain Precision - A leading manufacturer of high-precision tooling systems and industrial cutting tools integrating metal additive manufacturing. 🔍 Company Overview - CEO: Yoon Hye-seop, Lim Su-min - Year Founded: 1988 - Location: Siheung, South Korea - Team Size: 278 - Webpage: https://www.dine.co.kr/ 🎯 What They Do - One-line Description: A leading manufacturer of high-precision tooling systems and industrial cutting tools integrating metal additive manufacturing. - Target Customers: Automotive, aerospace, and general machinery manufacturing companies. - Industry Verticals: Manufacturer 🚀 Achievements & Status - Current Stage/Status: Mature - Major Milestones: N/A - Key Investors: Founded in 1988,Chairwoman Yoon Hye-seop took leadership in 2011,Launched the Metal 3D Printing Additive Manufacturing (AM) Center in 2024,Achieved 101.1 Billion KRW in annual revenue (2024) - Basic Growth Metrics: Achieved annual revenue of 101.1 Billion KRW in 2024 with a workforce of 278 employees. 💡 Competitive Edge - How They Differentiate: Specializes in high-precision tooling systems (holders) rather than just cutting inserts, and differentiates through the integration of EOS metal 3D printing to create complex, lightweight tools with internal cooling channels. - Key Technological Advantage: Market-leading position in Korea's tooling system sector and a strategic 'Additive Manufacturing Center' that utilizes EOS metal 3D printing for rapid prototyping and complex tool production. 📈 Funding & Partnerships - Total Funding Raised: N/A (Subsidiary of Korloy Group) - Latest Funding Round: N/A - Key Investors: Korloy Group - Key Partnerships/Collaborations: Korloy Group (Affiliate/Parent),EOS (Metal 3D Printing Technology Partner),Various global industrial distributors Based on database updated on: 2026-03-30T16:37:41.107+09:00 #Innovation #AM #3Dprinting Powered by #WeeklyVentures "Spot an error? Share your feedback to help us improve!" https://lnkd.in/dPzUMN2X

⚡ 10s AM News ⚡ Mintion has launched the V1 air filtration system, an external unit designed to mitigate emissions from desktop FDM/FFF 3D printers. The system features a three-stage filtration process including a pre-filter, a HEPA H13 filter for ultra-fine particles, and an activated carbon layer for volatile organic compounds such as styrene and caprolactam. It offers a maximum airflow of 60 m³/h via a 100-mm connection, with native compatibility for Bambu Lab P1S and X1C printers and optional adapters for other platforms. The unit is priced at 66.95 Euro and is intended for use with materials like ABS, ASA, Nylon, and PC that generate significant off-gassing during the printing process. This product addresses the growing demand for safer desktop 3D printing environments in residential or office settings, where professional-grade ventilation is often absent. While many high-end industrial systems integrate closed-loop filtration, desktop users have historically relied on DIY solutions or expensive third-party enclosures. By offering a modular, external filtration unit, Mintion targets the mid-market segment of prosumer users who prioritize air quality without investing in industrial-grade extraction infrastructure. The reliance on a 100-mm standard connection allows for broad compatibility across various FDM/FFF printer brands, positioning the V1 as a versatile accessory in the desktop AM ecosystem. For users, the primary technical trade-off is the potential for increased heat loss within the printer build chamber, which may affect the dimensional stability of high-temperature engineering polymers. Buyers should ensure that the extraction rate does not compromise the thermal equilibrium required for materials like ABS or PC. The V1 serves as a practical, low-cost solution for localized emission control, provided that filter maintenance schedules are strictly followed to ensure continued efficacy. #AMNews #WeeklyVentures

⚡ 10s AM News ⚡ Creality has filed a patent for a multi-module print head design that enables the physical exchange of entire melting assemblies rather than relying on traditional filament switching mechanisms. The system utilizes multiple melt channels and distinct extrusion paths to facilitate rapid transitions between different nozzle configurations or material setups. This design aims to reduce the mechanical complexity associated with purging and retracting filaments during multi-material or multi-nozzle print operations. This development addresses the persistent challenge of cross-contamination and slow material changeover times in desktop FDM/FFF systems. While competitors like Bambu Lab have popularized automatic material systems (AMS) that feed multiple filaments into a single hotend, Creality is targeting a hardware-level solution that swaps the entire extrusion module. This approach positions the company to compete in the high-throughput, multi-material segment of the consumer and prosumer market, which currently sees high demand for functional prototyping with diverse polymers like PLA, PETG, and TPU. For users, this patent indicates a potential move toward modular hardware architectures that prioritize uptime and material diversity. Creality must now demonstrate the reliability of the mechanical coupling and electrical connectivity required for frequent module swaps to ensure print consistency. Buyers should evaluate whether this hardware-centric approach offers a tangible speed advantage over existing multi-spool feeding systems in real-world production environments. 🛠️🖨️ #Creality #3DPrinting #FDM #AdditiveManufacturing #HardwareInnovation #Patent #AMNews #WeeklyVentures

🚀 Startup Spotlight 🚀 Sichuan JUZI Powder Equipment CO.,LTD - Develops high-precision fluid energy milling and air classification systems for the production of aerospace-grade spherical metal powders used in additive manufacturing. 🔍 Company Overview - CEO: Li Jun - Year Founded: 2003 - Location: Mianyang, China - Team Size: 51-200 - Webpage: https://juzichaowei.com/ 🎯 What They Do - One-line Description: Develops high-precision fluid energy milling and air classification systems for the production of aerospace-grade spherical metal powders used in additive manufacturing. - Target Customers: Metal powder manufacturers, aerospace research institutes, and defense contractors requiring high-purity spherical powder classification. - Industry Verticals: Hardware 🚀 Achievements & Status - Current Stage/Status: Established - Major Milestones: Venture Round - Key Investors: Separation from CARDC in 2003; Recognition as a National High-tech Enterprise; Development of the JZL series specifically for spherical metal powder processing; Exhibitor at TCT Asia 2026 - Basic Growth Metrics: Separated from top defense research institution CARDC; provides over 10,000 powder system solutions globally; recognized as a 'Little Giant' enterprise in China for specialized technology. 💡 Competitive Edge - How They Differentiate: Achieves 3x higher precision in sub-15 micron classification compared to standard industrial sieving methods, utilizing proprietary aerodynamic models from CARDC. - Key Technological Advantage: Proprietary fluid energy milling technology achieves higher purity and more precise PSD than standard mechanical milling, critical for the flowability and density of 3D printed metal parts. 📈 Funding & Partnerships - Total Funding Raised: - Latest Funding Round: Venture Round - Key Investors: Mianyang Science and Technology City Venture Capital - Key Partnerships/Collaborations: China Aerodynamics Research and Development Center (CARDC); Southwest University of Science and Technology Based on database updated on: 2026-03-29T08:29:59.460Z #Innovation #AM #3Dprinting Powered by #WeeklyVentures "Spot an error? Share your feedback to help us improve!" https://lnkd.in/gZEXPiRN