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The soaping agent has greatly improved the washing effect in textile printing and dyeing industry, but the anti-back stain effect is still not ideal, especially in the soap process, it is easy to occur back-staining problem on white ground, affecting the quality of products. Therefore, different kinds of professional soaping agent are created. color spots and stains, fastness of cationic dyestuff, floating color, soaping process after dyeing and printing, back staining Dymatic Chemicals, Inc. , https://www.dymachem.com
Rethinking how businesses approach planning, designing, and manufacturing products is no small feat. Many companies recognize the significance of Digital Transformation, but actually transitioning an entire manufacturing process—and gaining the necessary support—can feel like an insurmountable challenge. One major hurdle is that many digital tools are overly complex and isolated, making progress harder than it should be. At Autodesk, we’re determined to change that with Fusion 360, our cloud-based 3D modeling, CAD, CAM, CAE, and PCB software platform.
At Autodesk University (AU) 2021, we’re highlighting exciting new updates to Fusion 360 and our broader suite of tools for product designers and manufacturers. These advancements showcase how customers are using these capabilities to build products more collaboratively and efficiently.
These improvements empower product designers, manufacturers, and innovators with the modern tools they need to address today's manufacturing challenges and pave the way for a better future.
One of the most anticipated additions is the new Fusion 360 Product Design Extension and Simulation Extension. By allowing users to extend the functionality of Fusion 360, we’re ensuring its potential is virtually limitless. We’re previewing two new extensions: the Product Design Extension and Simulation Extension. These will introduce more advanced consumer product design, simulation, and engineering capabilities to the platform, with expected releases early next year.
The Product Design Extension will offer users cutting-edge tools to automate the creation of intricate features such as lattices and algorithm-driven patterns, which are typically time-consuming to achieve with conventional 3D modeling methods.
[Mockup image of the Product Design Extension]
This extension will allow users to automate the creation of complex features that would otherwise be difficult and time-intensive using traditional 3D modeling techniques.
The Simulation Extension will provide unrestricted access to existing simulation capabilities under a unified package. Previously, simulation tools were only accessible on a pay-per-use basis. Now, designers and engineers can select the option that best suits their needs, enabling them to explore innovative ways to reduce weight, material costs, and enhance overall product performance.
[Mockup image of the Simulation Extension]
The Simulation Extension gives users the power to explore various factors, such as product performance under heat and stress, before actual production begins.
By offering robust core functionalities alongside flexible technology extensions in Fusion 360, customers only pay for advanced features when they require them. Consumer electronics design, in particular, stands to benefit greatly from this adaptable approach while keeping costs manageable.
Another standout example is Logitech, a leading consumer electronics designer, who used Fusion 360 to develop their recently launched G435 family of lightweight, feature-rich gaming headsets. During AU, Logitech principal designer Seter Wu will discuss how Fusion 360 is much more than just a design tool—it adds value to their workflow through rapid prototyping and a shared data source that facilitates easy communication of changes across the organization.
Autodesk aims to meet customers where they are by seamlessly integrating with existing platforms and workflows, simplifying the adoption of new cloud-based tools, and leveraging a shared data platform to cater to today’s workforce.
Logitech successfully integrated Fusion 360 into its existing design and development infrastructure without the need for a complete overhaul, allowing them to explore the potential of this modern toolkit.
This is just one instance of what Fusion 360 has evolved into—a world-class, cloud-enabled Design and Make platform that supports the entire process of designing, prototyping, and manufacturing consumer electronic devices in a single, streamlined workflow.
We’re also building on our partnership with Ansys to preview plans for a fully integrated PCB design, verification, and validation capability within Fusion 360. This integration will significantly enhance the software’s circuit design capabilities.
This initial integration will enable users to verify and validate PCB designs using Ansys’ industry-leading validation technology, directly embedded in Fusion 360. It will provide enhanced rule checks for printed circuit board designs, offering near real-time insights into product electrical performance to ensure compliance with specifications and certification requirements. Additionally, it will help users identify errors early, improving efficiency and enabling them to produce better products faster with fewer mistakes. Fusion 360 will soon serve as a one-stop-shop for designing and verifying consumer electronics devices.
Our ongoing collaboration with Ansys highlights the adaptability of Fusion 360. Built on the Autodesk Forge platform, the software and its extensions are not confined to what we at Autodesk create. As Logitech’s success demonstrates, the future of design must be flexible. We’re always seeking ways to enhance our products, and we believe we cannot achieve this alone. We’re thrilled to take this initial step with industry leaders like Ansys, integrating their technology into Fusion 360.
In addition to developing powerful design and manufacturing tools, Autodesk is committed to addressing the critical skills gap in manufacturing. To meet this need, we’re launching four new career certifications aligned with Fusion 360, completing the course series for Machinist and Mechanical Engineering roles. Building on the Autodesk Certification Program announced last year at AU, these new certifications underscore our dedication to helping manufacturing professionals enhance their skill sets with self-paced learning that prepares them for future opportunities.
Our industry-recognized credentials demonstrate to employers not only proficiency in today’s modern manufacturing tools and technologies but also a holistic mindset and readiness to embrace emerging, interconnected manufacturing roles.
Together, these enhancements bring us closer to fulfilling our mission of equipping tomorrow’s leaders, innovators, and designers with the digital tools and knowledge needed to tackle some of our greatest challenges.