Meet your Challenges
Javelin 3D solutions benefit nearly every segment of the agriculture industry – through the design and creation of farm equipment, to building drones that can relay useful information back to the farmer.
Engineers can meet agriculture challenges at every stage of the development process: from conceptual and proposal development through validation and production:
- Use the same 3D model for concept development, design automation, simulation, and communication, as well as for prototype development and product manufacturing.
- Speed your system development by using modular design, systems prefabrication, as well as design reuse, automation, and configuration concepts.
- Analyze components to see if they will function properly; for example, will the components break, fatigue, deflect, or vibrate excessively?
3D solutions allow you to outpace competitors by developing and producing better agriculture machines in a shorter time—and at a lower cost:
- TECHNOLOGY to speed your machine design by providing specialized tools to automate the development of weldments, sheetmetal parts, and electrical and pipe routes.
- Innovate your agriculture machinery and product development PROCESS by finding, reusing, and reconfigure existing designs, while collaborating with strategic partners.
- MANUFACTURE prototypes with a metal 3D printer and streamline your manufacturing with knowledge based machining.
- PEOPLE solutions that give your team the skills they need to design and manufacture agricultural machines and collaborate with other departments.
Industry Overview Demo
Learn how 3D tools help Agriculture Engineers design better products
Robust tools to create large assemblies, welded structures, and piping systems
The process of farming and crop management requires the development of components and systems that can benefit from utilizing specialized weldment, piping, and large-assembly design tools.
Model, visualize, and evaluate the design of large assemblies. Plus the ability to create weldments and routed systems. Saving time and eliminating much of the guesswork involved in designing structural frames, pipe & tube routes.
SOLIDWORKS Simulation software allows engineers to accurately validate the loading and kinematics performance of agriculture equipment and components, minimizing prototyping and build-and-break testing.
Manage, document, and communicate design data effectively
Agriculture manufacturers need to innovate and require more collaborative development relationships, data reuse, modular design, and systems prefabrication. To complete their jobs effectively, engineers must have efficient data management, documentation creation, and design communication tools.
Automating manufacturing and production
After using 3D design tools to develop and validate designs, agriculture industry designers can leverage 3D CAD data to automate manufacturing and production. Test and evaluate your designs with Desktop Metal 3D printers. And through the use of integrated CAM (computer-aided machining) software, CAD data can also help engineers automate machining and manufacturing of machine components.
SOLIDWORKS CAM is a fully integrated, Knowledge Based technology that allows you to integrate 3D design and manufacturing processes under one system
Introducing the Desktop Metal range of metal 3D printing systems for the full product lifecycle – from prototyping to mass production.
Learn how to create, test, and communicate your agriculture machines and products
Gain the skills you need to continually develop more complex products, equipment, and systems—faster, better, and more cost-effectively.
SOLIDWORKS Assembly Modeling course will teach you how to create and edit assembly mates, layouts, and best practices for managing large assemblies
The SOLIDWORKS Advanced Part Modeling course is for users who need to create complex parts and want to learn how to use more advanced features
In the SOLIDWORKS Weldments course you will learn how to create welded structures with standard structural members. Weld beads are also covered
The SOLIDWORKS Pipe Routing course explains how to create, edit and manage Pipe and Tube routes; from routing components to creating sub-assemblies
The SOLIDWORKS Composer Essentials Course teaches you how to create 2D and 3D images, vector outputs, and animations from your existing CAD data
Case Studies, News, White Papers, and related Agriculture content
Get more information on the benefits of using SOLIDWORKS software and 3D printers for the Agriculture:
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