HP launches OmniBook 5 and ProBook 4 G2iS in India. The AI-ready laptops are targeted at students and mobile professionals in India. Published - November 03, 2026 04:47 pm IST HP launches OmniBook 5 and ProBook 4 G2iS in India | photo credit: special arrangement. HP on Tuesday (November 3, 2026) launched the OmniBook 5 and HP ProBook 4 G2iS laptops in India. Designed for flexible learning and hybrid working, the AI-ready devices feature Intel Core 7 processors, integrated NPU capabilities, and OLED displays. The student-focused HP OmniBook 5 features an 11.77mm aluminum chassis weighing 1.16kg. Powered by up to an Intel Core 7 processor with a 16 TOPS NPU, it offers a cinematic OLED display with a 90 percent screen-to-body ratio and up to 42 hours of local video playback battery life.

HP and Hyperion partner to advance tungsten carbide 3D printing for industrial production. 3D ADEPT · AUDIO Narrated using a synthetic voice. HP Additive Manufacturing (HP) and Hyperion Materials & Technologies (Hyperion) partner to advance the commercialization of tungsten carbide (WC) additive manufacturing and make production-ready components and rapid prototyping more accessible to industrial customers worldwide. In October 2026, Hyperion installed a new HP Metal Jet S100 printer at their production facility in Barcelona. Using HP's scalable binder jet additive manufacturing platform, and Hyperion's expertise in WC manufacturing, sintering, and finishing, the collaboration creates an integrated path from application development and qualification through serial production. The platform uses Hyperion's new CarbiForm(TM) line of tungsten carbide ready-to-print powders that are specifically designed for additive manufacturing via a binder jet printing process. CarbiForm is tested to work with HP's Metal Jet printer when paired with Hyperion's sintering operations. "This preferred partner agreement allows us to combine our decades of hard-materials experience with HP's highly scalable additive manufacturing platform," said Biju Varghese, Chief Technology Officer at Hyperion. "The result is a new manufacturing option for customers looking to create complex, high-performance tungsten carbide components and bring them to production with confidence." For manufacturers, the expanded collaboration opens opportunities to explore designs that may be difficult or uneconomical to produce using conventional methods, including complex geometries, application-specific features, consolidated components, and customized solutions. It also creates opportunities to shorten development cycles and improve material utilization while maintaining the performance characteristics that make tungsten carbide essential to demanding industrial environments. "Hyperion brings the depth of expertise needed to help scale WC additive manufacturing on HP Metal Jet printers," said Arvind Rangarajan, Head of Product & Strategy at HP Additive Manufacturing. "Its knowledge across the tungsten carbide value chain, combined with HP's technology, can help customers translate the design freedom of additive manufacturing into reliable, production-ready components." With commercial manufacturing capability now available through Hyperion on HP Metal Jet S100 printers, the companies will work jointly with customers to identify and qualify applications where tungsten carbide additive manufacturing can deliver meaningful technical and economic advantages. HP will be highlighting this technology at Formnext, November17-20 in Frankfurt, Germany in Hall 12.1, Booth D41. The industry moves fast. Stay ahead. Every week, the latest additive manufacturing news, in-depth features and real-world applications, straight to your inbox. Plus, be the first to know when a new issue of 3D ADEPT Mag is out. Free · One email a week · Unsubscribe anytime Clicking loads our email provider's sign-up form, including its analytics and Google's anti-bot protection. You're only subscribed if you complete the sign-up. Read our privacy policy.

3D printing financials: Protolabs hits record Q3 revenue, 3D printing rebounds - 3dprint.com. October 30, 2026 In Q3 2025, Protolabs' 3D printing revenue fell by around 6 percent year-over-year (YOY), and in Q2 2026, it declined another 2.6 percent to $20.7 million. In Q3 2026, however, the 3D printing segment experienced a decisive rebound, compared to both the same period a year prior, as well as quarter-to-quarter: revenue was $22.4 million, up 11.4 percent YOY and more than 8 percent sequentially. These numbers become even more impressive when you consider them in context. First off, Protolabs set a new record for quarterly revenue in Q3 - $154.3 million - growing 14 percent YOY. While this might initially lead you to view the 3D printing growth as simply a knock-on effect of the company's overall growth, it actually bucks a trend that had emerged over the last year. In Q2 2025 and the first two quarters of 2026, Protolabs also set a new revenue record each time, but in all those cases, the 3D printing division was either flat or slightly shrank. Additionally, while 3D printing still technically saw the weakest growth amongst the company's three main service lines, the other two being CNC machining and injection molding, the 3D printing division didn't lag injection molding by much. That's a big shift from Q3 2025, when, as mentioned, 3D printing revenue fell 6 percent while injection molding grew 2 percent, and an even bigger shift from Q2 of this year, when injection molding grew over 13 percent while 3D printing was flat. One key takeaway is that while metal AM was the big driver for the company's 3D printing growth, matching the strong performance that the company has seen in metals in recent quarters (even against a backdrop of weaker overall 3D printing performance), revenue from HP's Multi Jet Fusion (MJF) line in Protolabs' US factory business has also grown over 40 percent YTD. On the earnings call, the company's President and CEO, Suresh Krishna, said they're investing in more MJF capacity in response to heightened demand, implying Protolabs is optimistic about MJF's potential to serve as a growth catalyst beyond 2026. Finally, while this number isn't directly related to 3D printing, it's impressive nonetheless: Protolabs' revenue per customer grew 17 percent YOY, which handily outpaced overall revenue growth. So Protolabs served fewer customer contacts than a year earlier, but revenue per contact increased by nearly 17 percent, and the ability to attract high-value customers was probably the main theme of the earnings call: "Proto Labs is at the center of a major shift taking place in manufacturing, driven by four powerful macro trends," Krishna noted. "First, reindustrialization: companies are bringing manufacturing closer to their customers and building more resilient regional and sovereign supply chains. Second, a wave of hardware innovation moving at the speed of software investment is accelerating across critical and emerging industries like space, drones, robotics, data centers, and other highly engineered hardware that ultimately needs to be designed, tested, and manufactured from prototype to production at faster speeds than ever before. "Third, physical AI: AI is moving beyond software and into the physical world, driving a new generation of robotics, autonomous systems, intelligent machines, and other advanced products that require manufacturing to leverage physical AI. And fourth, supply chain agility and scalability: as innovation accelerates, companies need manufacturing partners that can invest and scale with them without the manpower and capital constraints of traditional supply chains." I quoted the CEO at length there because - while SP3D don't have a granular breakdown of how much revenue per customer grew in the 3D printing division, specifically - everything he said emphasizes how closely the company's 3D printing capabilities align with its growth strategy. Take robotics, for instance, which, as the company recently announced, is becoming an increasing focal point for Protolabs and a key source of revenue growth. As I mentioned in my earlier post about that announcement, the company pointed to its diversity of 3D printing materials as a contributing factor in its success with robotics customers. Meanwhile, the references to "reindustrialization", "supply chain agility", and "hardware innovation moving at the speed of software investment" are all obviously highly relevant to 3D printing. Along these lines, Krishna made another comment, in response to an analyst question about the per-customer revenue growth that's worth highlighting: "We are focused on a handful of industries that are high value for us, and those sales teams are building deep customer relationships and listening and turning it around to provide innovation that is specific to these customers. In the past, we may have innovated for the general customer base, which for us is tens of thousands of customers, to now being very focused on the customers where we see high value." Again, this is precisely the context in which 3D printing thrives. If Protolabs continues along this path, its 3D printing division could become a more consistent contributor to the company's overall growth. One other thing is noteworthy about Q3, which is the research grant that Protolabs announced back in August, in a new partnership with MIT and its new Industrial Performance Center (IPC). The goal of the grant is to develop a "manufacturing innovation index," relevant to both the IPC and the university's Initiative for New Manufacturing, which I wrote about last year. This is the kind of move forward-thinking companies make, and it's exactly the sort of innovation partnership the US economy needs right now. It may not show up directly on a balance sheet, but it indicates a company on a path of sustainable long-term growth. Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors. 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