Autodesk SeeControl Enables the Future of Connected Products with New Internet of Things Cloud Service

LAS VEGAS—(BUSINESS WIRE)—Autodesk University—Autodesk, Inc. (NASDAQ:ADSK), a leader in digital design and engineering solutions, has just unveiled its latest innovation: Autodesk SeeControl, a cutting-edge platform designed to power the Internet of Things (IoT). This comprehensive new system empowers customers to harness the full potential of their remote products by capturing, analyzing, and leveraging the data they generate. Acquired by Autodesk in September 2015, SeeControl is now being launched as part of the Autodesk suite of IoT services. The platform aims to give manufacturers a significant edge in the competitive machinery and specialty vehicles industries by enabling them to optimize their existing products and collect the critical intelligence needed to deliver groundbreaking new services to their clients. Brian Roepke, Senior Director of Product Lifecycle Management and IoT at Autodesk, explained the transformative nature of this technology: "The machinery and specialty vehicle sectors are evolving rapidly, and customer expectations around online services have skyrocketed. With the introduction of SeeControl into our IoT portfolio, businesses can now differentiate themselves by fine-tuning their current offerings and gathering the insights required to introduce innovative services." The Internet of Things encompasses a vast network of interconnected devices embedded with advanced electronics, software, and sensors. These devices communicate with each other and the internet, providing manufacturers with real-time usage data. This data not only reveals invaluable insights but also enables companies to address market demands and cater to individual customer preferences. Moreover, connected products allow designers and manufacturers to gain deeper insights into their creations, facilitating continuous improvement over time. For years, manufacturers have relied on Autodesk's cloud-based solutions, such as Fusion 360 and PLM 360, to develop, produce, and launch connected products. With the addition of SeeControl, Autodesk has significantly enhanced its cloud-based Product Innovation Platform. This integration introduces advanced analytics capabilities that will allow customers to achieve smarter, more predictive monitoring, ultimately setting them apart from competitors. Autodesk SeeControl gives manufacturers the ability to monitor how their products perform in real-world conditions and use live data to refine future iterations. By keeping products operating at optimal levels, identifying potential failures before they occur, and scheduling maintenance during less disruptive periods, manufacturers can deliver enhanced services rooted in actual product performance and usage patterns. What sets SeeControl apart from similar offerings is its versatility and ease of use. As a true multi-tenant cloud solution, it enables companies to set up and start using the platform within minutes. Additionally, it operates independently of specific devices or communication protocols, giving users flexibility without being tied to a single standard. Its intuitive interface includes no-code and drag-and-drop tools for device communication, data analysis, visualization, and business operations. Roepke elaborated on the platform's integration with other Autodesk services: "Since acquiring SeeControl, we've accelerated its development by linking it to key Autodesk tools like 3D visualization. Integrating live data from SeeControl into our engineering applications provides deeper insights for designing the next generation of products and empowers SeeControl users in unprecedented ways." David Keeley, Engineering Manager at TSM Control Systems, shared his excitement: "We're thrilled to adopt Autodesk SeeControl due to its potential to drive business growth and deliver exceptional customer service. Within days of connecting to SeeControl, we began extracting value from the live data collected from one of our products. We're eager to see what further achievements SeeControl will enable in the future." **Availability** Autodesk SeeControl is available immediately. For more information, visit www.autodeskseecontrol.com. **About Autodesk** Autodesk inspires people to imagine, design, and create a better world. From professionals in design, engineering, and architecture to digital artists, students, and hobbyists, users worldwide rely on Autodesk software to fuel their creativity and tackle complex challenges. To learn more, visit autodesk.com or follow @autodesk. **Contact** Autodesk Lizzie Bennett, 503-707-3658 This new tool represents a major leap forward in how businesses can leverage IoT to enhance their products and services. Whether you're a manufacturer looking to stay ahead of the curve or an engineer aiming to innovate, Autodesk SeeControl offers the tools you need to succeed in today's fast-paced technological landscape.

Marble Pattern Steel

Marble pattern steel, also known as marbled steel, refers to a type of steel that has a distinct pattern resembling the natural veins and swirls found in marble stone. This effect is achieved through various metalworking techniques, such as pattern welding, acid etching, and surface manipulation. Below are some common techniques used to create marble pattern steel:

1. **Pattern Welding**: This technique involves layering and forge welding multiple sheets of steel together. The layers are then folded, twisted, and hammered repeatedly to create intricate patterns. The final product is a strong yet visually appealing steel with a marbled appearance.

2. **Acid Etching**: Acid etching is a process in which a chemical solution is applied to the steel's surface to selectively remove material and create a pattern. The steel is typically coated with a protective layer, such as wax or masking tape, and the desired pattern is then drawn or marked onto the surface. The acid solution is applied and reacts with the exposed metal, creating the marbled pattern as it dissolves the steel in a controlled manner.

3. **Surface Manipulation**: In this technique, the steel's surface is physically altered to create the appearance of a marbled pattern. This can be achieved through methods such as engraving, hammering, or grinding. Once the desired pattern is created, the steel can be further enhanced by applying patina or other surface treatments to accentuate the pattern's appearance.

Marble pattern steel is often used for decorative purposes, such as in the creation of custom knives, swords, and other metalwork items. It is also popular in the field of architecture and interior design, where it can be used as a unique and eye-catching material for various applications.

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Wuxi Shengshu Metal Co., Ltd. , https://www.wuxissmetal.com