Category: 3D printing

  • Evolving 3D Printing Landscape: October 2023 Update

    Evolving 3D Printing Landscape: October 2023 Update

    The World of 3D Printing: An Evolving Market

    The landscape of 3D printing remains in a constant state of flux as key players continuously vie for dominance. The current month ushers in another shift among major competitors, underscoring the dynamic and unpredictable essence of the industry.

    The Weekly Assessment of Worth

    Market capitalization, a critical metric obtained by multiplying a company’s stock price by its outstanding shares, serves as a key indicator of a company’s present value. This figure plays a pivotal role in asset acquisition and can also be utilized as collateral for financial transactions. Monitoring these valuations on a weekly basis provides valuable insights into the financial stability and growth trajectories of 3D printing firms.

    The Reshuffling of the Top Players

    In the latest evaluation, Xometry has reclaimed its leading position from Stratasys, boasting a valuation of $821 million. Stratasys now trails closely in second place with $787 million, followed by Nano Dimension at $676 million. This change reflects the cutthroat and adaptable nature of the sector. Noteworthy is 3D Systems, previously valued at close to $5 billion, now finding itself in fifth place with a valuation edging towards $500 million, a significant decline attributed to a drop in stock value.

    Ranking of Key 3D Printing Companies

    RANKCOMPANYCAPCHG
    1Xometry821-28
    2Stratasys787-66
    3Nano Dimension676-30
    4Protolabs668-11
    53D Systems517-48
    6Desktop Metal388-26
    7Materialise297-26
    8Velo3D273-39
    9Markforged243-20
    10Massivit31-4
    11FATHOM26-5
    12Shapeways19+0
    13Steakholder Foods17-2
    14Freemelt12-5
    15AML3D11-2
    16voxeljet10+1
    17Titomic7+1
    18Sygnis5+0
    19Sigma Additive Solutions4-7
    20Aurora Labs3-0
    TOTAL4,816-344

    Future Market Contenders

    While Essentium had initially planned a SPAC merger to enter the public domain, those intentions have been put on hold. ICON, a 3D printer manufacturer in the construction domain based in Texas, has secured substantial funding, hinting at a potential shift in market dynamics. Vulcan Forms, boasting a private valuation exceeding $1 billion, may also create ripples in the ranking.

    Final Thoughts

    The world of 3D printing continues to mesmerize with technological advancements reflected in its market standings. As companies vie for higher positions, this industry remains an enticing space for investors and technology aficionados alike.

    References

  • Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing

    In the fast-evolving domain of 3D printing, staying updated with the latest technology is crucial for professionals aiming for the pinnacle of design and production efficiency. Bambu Lab’s latest offering, the X1E 3D Printer, is a testament to this relentless pursuit of innovation, catering precisely to the professional and engineering domains.

    A Gaze at Speed and Precision

    The X1E 3D Printer distinguishes itself with an impressive print speed, which is a vital factor for professionals who are always racing against time. With a maximum tool head speed of 500 mm/s, it’s pegged as a swift performer among desktop 3D printers. This speed is facilitated by a rigid CoreXY gantry constructed with carbon-fiber-reinforced rods, which significantly reduces vibration, ensuring high-quality prints.

    Connectivity and Material Handling

    In an era where seamless connectivity is a boon, the X1E doesn’t fall short. It introduces an optional Ethernet interface ensuring reliable network connectivity, even in complex setups, alongside supporting advanced WLAN security standards. This feature is a nod to the growing necessity for secure and robust networking solutions in professional settings.

    Furthermore, the X1E is capable of operating entirely offline without a cloud connection, providing an added layer of operational flexibility.

    Material handling is another forte of the X1E. It can reach temperatures of up to 320°C, thus capable of processing higher-grade materials like PPA-CF or PPS. The heated pressure chamber, with temperatures up to 60°C, minimizes warpage and enhances layer adhesion, making it a suitable choice for intricate and demanding projects.

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing
    Bambu Lab X1E

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing
    Bambu Lab X1E

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing
    Bambu Lab X1E

    Bambu Lab X1E 3D Printer : A Leap Towards Professional-Grade 3D Printing
    Bambu Lab X1E

    Filament Management and Clean Operation

    With an integrated filament management system, the X1E can connect up to 16 filament spools, enabling multi-material printing with automatic filament change. This feature underscores the printer’s capability to handle complex projects requiring varied materials.

    Moreover, the clean operation of the X1E is ensured by a HEPA filter and activated carbon filter, making it apt for poorly ventilated rooms.

    Build Volume256256256 mm3
    Physical Dimensions 389389457 mm3
    Net Weight16 kg
    Max Speed of Toolhead500 mm/s
    Max Acceleration of Toolhead 20 m/s2
    Max Hot End Flow 32 mm3/s @ABS(Model: 150*150mm single wall; Material: Bambu ABS; Temperature: 280°C)
    Hot End material All Metal
    Extruder Gears Hardened Steel 
    Nozzle material Hardened Steel 
    Maximum Chamber Control Temperature 60℃
    Maximum Hot End Temperature 320℃
    Nozzle Diameter Included: 0.4 mmOptional: 0.2 mm, 0.6 mm, 0.8 mm
    Filament Diameter 1.75 mm
    Supported FilamentOptimal: PLA, PETG, TPU, PVA, BVOHSuperior: ABS, ASA, PC, PA, PETSuperior: Carbon/Glass Fiber Reinforced PLA, PETG, PA, PET, PC, ABS, ASAIdeal: PPA-CF/GF, PPS, PPS-CF/GF
    Max Build Plate Temperature 110℃@220V, 120℃@110V
    Slicer Bambu StudioSupport third party slicers which export standard G-code such as SuperSlicer, PrusaSlicer and Cura, but certain advanced features may not be supported.
    Slicer Supported OS MacOS, Windows 
    Ethernet SocketRJ45
    Ethernet Speed100 Mbps / Full Duplex 

    Pricing and Availability

    The professional-grade features of the X1E come with a price tag of $2499, making it a valuable addition for serious professionals. Bambu Lab has scheduled the shipping of the X1E to commence in November, available for purchase directly or via resellers.

    With the X1E, Bambu Lab has indeed pushed the boundaries, setting a new benchmark for what professional and engineering-grade 3D printers can achieve. The blend of speed, connectivity, material handling, and clean operation, all at a competitive price point, makes the X1E a noteworthy contender in the professional 3D printing market.

    Sources: 3printr

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  • Azul 3D Secures $15M Funding to Propel Large-Scale 3D Printing Technology

    Azul 3D Secures $15M Funding to Propel Large-Scale 3D Printing Technology

    In a significant leap towards advancing large-scale 3D printing technology, Illinois-based Azul 3D has successfully garnered $15 million in a Series A funding round. This financial boost, backed by both existing and new investors including global electronics titan DuPont, is set to accelerate the development of Azul 3D’s proprietary High-Area Rapid Printing (HARP) technology. The funds are earmarked for advancing technology for high-value applications and expanding production in targeted markets, notably the manufacturing of specialized electronic components and custom devices.

    Advancements in HARP Technology

    At the heart of Azul 3D’s innovative strides is the High-Area Rapid Printing (HARP) technology. This unique vat polymerization technique employs UV light to craft precise, thermally controlled objects from liquid plastic, boasting superior material properties. The HARP technology underpins the LAKE 3D printer, a resin-based machine known for its significant build volume and rapid printing capabilities. Notably, the LAKE 3D printer has showcased unmatched throughput, reported to be up to 2000 times that of similar resin printers, making it a promising tool for various manufacturing sectors including consumer goods, automotive, and industrial tooling.

    Strategic Partnerships and New Leadership

    The Series A funding saw participation from investors across the globe, including those from the EMEA and Asia regions, with significant backing from DuPont, a leading contributor. DuPont’s Vice President of Technology, Randal King, expressed enthusiasm about the potential of HARP technology to create new business avenues. Additionally, Azul 3D’s collaboration with DuPont, initiated in 2020, aimed at integrating advanced 3D printing technologies into the electronic materials industry, underscoring the mutually beneficial partnerships Azul 3D has fostered.

    In a noteworthy development, the funding round welcomed John Hartner as the CEO of Azul 3D. With a solid 30-year track record in leading global technology companies across diverse sectors, Hartner’s leadership is poised to steer Azul 3D towards greater heights. Furthermore, the addition of G. Walter “Wally” Loewenbaum to Azul 3D’s board, a seasoned figure in the 3D printing industry, reaffirms the company’s commitment to driving innovation in large-scale 3D printing.

    Mapping the Future of Large-Scale 3D Printing

    With a fresh influx of capital, enhanced leadership, and robust technology, Azul 3D is well-positioned to navigate the uncharted waters of large-scale 3D printing. The company’s journey reflects a blend of financial acumen, technological innovation, and strategic partnerships, paving the way for capturing high-value markets and enabling innovative new products. As Azul 3D steps into this new phase, the large-scale 3D printing landscape is set to witness transformative changes, heralding a new era of manufacturing possibilities.

    Sources: 3D Printing Industry​​, 3DPrint.com

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  • DyeMansion Hits a Grand Milestone: 1000th Machine Sale to ZEISS Vision Care

    DyeMansion Hits a Grand Milestone: 1000th Machine Sale to ZEISS Vision Care

    Embarking on a Milestone Journey

    DyeMansion, a notable name in the realm of post-processing solutions for industrial plastic 3D printing, has recently hit a grand milestone with the sale of its 1000th machine, a Powerfuse S, to ZEISS Vision Care, a global leader in the ophthalmic industry. This remarkable sale not only signifies a significant milestone for DyeMansion but also symbolizes the progressive adoption of advanced post-processing systems in the traditional industrial sectors​1​.

    Founded in 2015, DyeMansion has rapidly grown, now boasting a dedicated team of 95 employees who share the ambitious vision of propelling the era of digital manufacturing forward. Initially, the team introduced the first industrial coloring solution for Selective Laser Sintering (SLS) parts, and from there, the company has continuously expanded its portfolio. The broad spectrum of offerings now includes advanced depowdering, surfacing, and coloring solutions, which play a pivotal role in transforming 3D printed raw parts into high-value final products.

    Powerfuse S: Bridging the Gap in Industrial Manufacturing

    The 1000th machine sold, Powerfuse S, is an epitome of DyeMansion’s innovative strides in vapor smoothing technology for industrial manufacturing. This machine is now a part of ZEISS Vision Care’s robust manufacturing technology lineup, geared towards the production of premium ophthalmic products. The Powerfuse S is perfectly tailored for finishing 3D printed plastic parts, meeting the high surface quality requirements essential for use in cleanroom environments at ZEISS’s Aalen site. Here, tools and components for the production of individual precision eyeglass lenses are developed and manufactured, showcasing the indispensable role of DyeMansion’s system in achieving precision and Industry 4.0 capabilities​1​.

    DyeMansion’s Global Footprint and Future Aspirations

    With its headquarters nestled in Planegg, near Munich, Germany, and a substantial presence in Austin, Texas, USA, DyeMansion is strategically positioned to cater to a global clientele. The company’s influence spans across 42 countries with a strong network of 34 sales partners, further bolstering its global reach. Over the years, DyeMansion has secured approximately €37 million in funding from prominent investors, which has been instrumental in pushing the boundaries of additive manufacturing post-processing.

    The journey from selling the first machine in 2016 to the 1000th machine sale reflects a commendable Compound Annual Growth Rate (CAGR) of 38% over the last five years. This growth trajectory is a testament to the trust and faith that customers and partners have placed in DyeMansion’s innovative technology. As DyeMansion marches towards the future, the focus remains on advancing post-processing technologies that will continue to bridge the gap between 3D printed raw parts and high-value final products.

    DyeMansion’s CEO and Co-founder, Felix Ewald, expressed heartfelt gratitude towards the team, customers, and partners who have been instrumental in reaching this milestone. The journey, as described by Ewald, has been incredible since the sale of the very first machine, and the success is a collective achievement of all stakeholders involved.

    With a promising future ahead, DyeMansion continues to be at the forefront of shaping the manufacturing landscape. The partnership with ZEISS Vision Care underscores the pivotal role DyeMansion plays in advancing the industrialization of additive manufacturing, heralding a new era of production that is efficient, sustainable, and forward-thinking​1​.

    Sources: VoxelMatters, TCT Magazine

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  • Augmenting Energy Supply Chains: Immensa’s $6 Million Leap Towards AI-Driven Additive Manufacturing

    Augmenting Energy Supply Chains: Immensa’s $6 Million Leap Towards AI-Driven Additive Manufacturing

    In a significant stride towards revolutionizing the energy sector’s supply chains, Immensa Technology Labs has earmarked a whopping $6 million for DIS-RT. This substantial financial backing aims to harness the potential of Artificial Intelligence (AI) in additive manufacturing, creating a ripple of innovation across the energy sector.

    Pioneering a New Era

    Immensa Technology Labs, a leading 3D printing service provider based in Saudi Arabia, has taken a monumental step by investing $6 million in DIS-RT. This investment underscores the crucial role of AI-powered additive manufacturing in transforming the traditional frameworks of energy supply chains. The infusion of funds is envisioned to accelerate the development and deployment of cutting-edge AI software, propelling additive manufacturing into a new era of efficiency and sustainability.

    Bridging the Technological Chasm

    The collaboration between Immensa and DIS-RT is expected to bridge the technological divide that currently exists within the energy sector’s supply chains. By fostering a seamless integration of AI and additive manufacturing, this alliance aims to drive down operational costs while significantly boosting performance metrics. The resultant innovation is anticipated to be a game-changer, facilitating a faster and more reliable energy supply chain which is pivotal in meeting the burgeoning global energy demands.

    Unleashing a Spectrum of Possibilities

    With a vision to pioneer new technological horizons, the integration of AI in additive manufacturing paves the way for an array of advancements. It’s not just about enhancing operational efficiency, but also about unlocking new opportunities for customization and on-demand production. The strategic alliance between Immensa and DIS-RT is a testament to the transformative power of AI, heralding a new epoch of innovative solutions in the energy sector.

    Immensa’s significant investment comes at a crucial time, as the global energy landscape is in the throes of a major transformation. It’s a bold statement of intent that underscores the indispensable role of technological innovation in shaping a sustainable and resilient energy future. As the world grapples with the challenge of ensuring a reliable energy supply amidst a rapidly changing environment, the Immensa-DIS-RT collaboration is a beacon of hope, signaling the advent of a new era of robust, AI-driven supply chains that are well-equipped to navigate the complexities of the modern energy ecosystem.

    Sources: SME10X 3Printr AM Chronicle Oil and Gas Middle East Sustainability MENews

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  • Chromatic’s ChromaMotive D65: The Game-Changing Rigid 3D Printing Material

    Chromatic’s ChromaMotive D65: The Game-Changing Rigid 3D Printing Material

    In a world where 3D printing is revolutionizing the manufacturing sector, Chromatic 3D Materials has introduced a groundbreaking material, ChromaMotive D65. This rigid Shore D thermoset polyurethane is meticulously designed for Reactive Extrusion Additive Manufacturing (RX-AM), leveraging the company’s RX-AM platform. The new material stands out for its remarkable performance across a spectrum of temperatures, ranging from -30°C to 120°C, making it a versatile choice for various industries​1​​2​​3​.

    Unmatched Performance Across Temperature Extremes

    ChromaMotive D65 is engineered to excel in extreme cold to elevated temperatures. This characteristic makes it an unparalleled material for winter sports equipment including ski boots, snowshoes, and snowmobile parts. The material doesn’t just stop at winter sports; its application extends to aerospace, automotive, and agriculture sectors where components often require operation in varying temperature environments​1​​2​​3​.

    Superior Mechanical Properties

    One of the salient features of ChromaMotive D65 is its mechanical performance that parallels injection-molded TPU, HDPE, and PP. Its high resistance to impact, hydrolysis, and abrasion, along with its ability to withstand repeated friction, wear, and tear, place it a notch above other materials in the market. Moreover, the isotropic tensile properties of ChromaMotive D65 ensure that the 3D-printed parts are uniformly resilient, making it a reliable material for manufacturers​1​​2​​4​​3​.

    Expanding the Horizons of 3D Printing

    With ChromaMotive D65, the realm of 3D printing expands further, enabling manufacturers to produce rigid plastic components swiftly. The RX-AM platform facilitates fast print speeds, and the versatility of ChromaMotive D65 allows printing on textiles, plastics, and metals. This propels 3D printing into a new era where rigid parts can be printed at industrial volumes for a myriad of applications, from winter recreational equipment to aircraft interiors​2​​3​.

    The unveiling of ChromaMotive D65 isn’t just a milestone for Chromatic 3D Materials, but a leap forward for the additive manufacturing industry. As Chromatic showcases components printed with ChromaMotive D65 at the International Elastomer Conference in Cleveland, Ohio, from October 16-19, the industry awaits with bated breath to witness the transformations this material will bring to the table​3​.

    Chromatic’s venture into rigid 3D printing materials with ChromaMotive D65 highlights the continuous evolution in additive manufacturing, promising a future where the boundaries between traditional manufacturing and 3D printing blur, opening up a world of possibilities.

    Sources: 1 2 3

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