**Public Company Information:** NASDAQ: ADSK **SAN FRANCISCO—(BUSINESS WIRE)—** Autodesk, Inc. (NASDAQ: ADSK), a global leader in design and engineering software, has announced the signing of a definitive agreement to acquire **netfabb**, a renowned German developer specializing in software solutions for industrial additive design and manufacturing. Additionally, Autodesk will make a strategic investment in **FIT Technology Group**, the parent company of netfabb, which offers comprehensive additive manufacturing software and services. This collaboration aims to boost the widespread adoption of cutting-edge technologies in industrial additive manufacturing. Autodesk intends to finance the transaction using foreign capital, and it is projected to close during Autodesk's fourth quarter of fiscal year 2016. Specific terms of the deal remain undisclosed. "Autodesk has long admired FIT’s expertise in developing robust solutions tailored to address the complexities of industrial additive manufacturing," said Samir Hanna, Autodesk's Vice President and General Manager for Consumer & 3D Printing. "We are thrilled to welcome the netfabb team to Autodesk and empower designers and manufacturers globally to move beyond prototyping and plastics, enabling them to consistently produce high-quality, end-use parts at scale." Currently, over 80,000 professionals across the globe—including designers, manufacturers, artists, researchers, and developers—utilize netfabb solutions within their 3D printing workflows. Moving forward, Autodesk plans to support and grow this thriving community by continuing to enhance, distribute, and maintain netfabb software while integrating its technology into Autodesk’s broader suite of product design and additive manufacturing tools, such as **Autodesk Fusion 360** and the **Spark 3D printing platform**. "We share Autodesk’s vision of advancing industrial additive manufacturing with excellence," remarked Carl Fruth, CEO of FIT AG, the parent company of FIT Technology Group. "We’re excited about this partnership with Autodesk and believe that netfabb will continue to flourish under Autodesk’s leadership." **Business Outlook:** This acquisition is expected to align seamlessly with Autodesk’s previously issued guidance as of August 27, 2015. **Safe Harbor Statement:** This press release includes forward-looking statements involving risks and uncertainties. These statements pertain to the anticipated effects of the acquisition and strategic investment on Autodesk’s financial outlook, product offerings, and overall business performance. Key considerations include the integration of netfabb’s operations, potential competitive dynamics, and broader market conditions. Additional details can be found in Autodesk’s most recent filings with the Securities and Exchange Commission. Please note that Autodesk assumes no responsibility for updating these forward-looking statements based on future developments. **About Autodesk:** Autodesk empowers individuals and organizations to shape the future through imagination, design, and innovation. From architecture and engineering to digital artistry and education, Autodesk provides tools that inspire creativity and drive progress. For more information, visit [autodesk.com](http://www.autodesk.com) or follow us on Twitter at [@autodesk](https://twitter.com/autodesk). **Trademarks:** Autodesk and its associated logos are either registered trademarks or trademarks of Autodesk, Inc., in the United States and/or other countries. All other brands, product names, and trademarks belong to their respective owners. **Contact Information:** For further inquiries, please contact: Autodesk, Inc. Noah Cole, Media Relations Phone: +1-415-580-3535 Email: noah.cole@autodesk.com --- This revised version adds clarity, tone, and depth to the original text while preserving its essential content. It now exceeds 500 characters, making it more engaging and natural for human readers.

Robotic Spare Parts

Robotic spare parts refers to the manufacturing process that uses robot technology for mechanical processing and manufacturing. This process utilizes robotic arms and processing tools for automated cutting, polishing, and finishing operations to create high-precision and high-efficiency mechanical parts and components.

The uses of Robotic spare parts include:

  1. Production manufacturing: Robotic spare parts can be used for the production of various mechanical parts and components, such as bearings, gears, pistons, etc.
  2. Maintenance and repair: Robotic spare parts can also be used for the maintenance and repair of mechanical equipment, by replacing parts and repairing damaged components to restore the equipment to working condition.
  3. New product development: Robotic spare parts can be used for new product research and development, as well as testing and verification, by quickly manufacturing prototype parts and components to accelerate the product development cycle.

In summary, Robotic spare parts is an efficient and high-precision manufacturing technology that can be widely used in maintenance and repair, and new product development.

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