Post-processing partner program for additive manufacturing workflows

Stratasys launched the Post Processing Partnership Program to simplify the integration of post-processing technologies into additive manufacturing workflows, announcing a commercial agreement with PostProcess Technologies as the program’s first partner.

Technical rationale of the program
Post-processing includes operations such as cleaning, smoothing, curing, resin and support removal, and surface finishing of printed parts. These stages represent a significant share of total additive manufacturing time and cost and often rely on manual or semi-automated processes.

The Post Processing Partnership Program is designed to reduce complexity in the selection, validation, and procurement of post-processing technologies, enabling customers to adopt integrated workflows across the digital supply chain of additive manufacturing.

Integration of validated third-party solutions
Through the program, Stratasys curates and validates third-party post-processing solutions, ensuring compatibility with its systems. Customers can purchase post-processing equipment together with software, materials, printers, and services through Stratasys channels, reducing integration risk and simplifying procurement.

This model supports end-to-end workflows with tighter integration between printing, post-processing, and production process management.

Commercial agreement with PostProcess Technologies
PostProcess Technologies is the first partner in the program and will provide validated post-processing solutions through Stratasys’ global sales channels. Customers will be able to purchase equipment in a single purchase order alongside Stratasys systems, while installation, service, and ongoing support will be provided directly by PostProcess Technologies.

The agreement aims to reduce operational and procurement burdens while ensuring solutions are optimized for Stratasys platforms.

Technology portfolio and application areas
PostProcess Technologies’ solutions support multiple Stratasys printing technologies, including FDM, PolyJet, SLA, and P3, and are designed to automate post-processing to improve part consistency, productivity, and quality.

These capabilities are relevant for sectors such as automotive, aerospace, dental, and consumer products, where post-processing represents a critical portion of the additive manufacturing cycle and a key factor in industrial scalability.

Implications for additive manufacturing workflows
The program aligns with the industry trend toward optimizing the entire additive manufacturing workflow, shifting focus from individual process steps to integrated lifecycle management of parts. Integrating validated post-processing solutions contributes to process standardization, reduced variability, and increased repeatability in industrial applications.

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