3D Printing for Agriculture

Agricultural 3D printing involves using additive manufacturing to create parts, tools, and prototypes for farming equipment. It enables faster development cycles, customized components, and on-demand replacement of hard-to-source parts.

OEMs use 3D printing to create and test prototypes quickly, produce jigs and fixtures for assembly, and replace obsolete or low-volume parts without waiting for tooling or long lead times.

• Faster prototyping and iteration 
• Custom, low-volume part production 
• On-demand replacement of legacy components 
• Reduced downtime and inventory costs 
• Greater flexibility in part design and sourcing 

• FDM®: For strong, field-ready plastic parts and functional tools 

• SAF®: For high-volume, durable components with consistent quality 

• Origin® P3™ DLP: For high-resolution, chemically resistant parts and seals 

Stratasys offers robust materials like carbon fiber-reinforced nylon, ABS, ASA, and elastomers such as TPU. These materials withstand environmental exposure, mechanical stress, and functional field use.

Many prototypes and replacement parts can be printed and delivered within a few days. This significantly shortens traditional timelines for tooling, casting, or sourcing spares.

Key trends include the digitization of supply chains, shift toward local/on-demand production, equipment customization, and sustainability through reduced waste and overproduction.

Reach out to our team with your application or part needs. We’ll guide you in selecting the right printer, material, and workflow to support prototyping, field maintenance, or full production.