The startup develops automated post-processing technology and hardware for high-volume production of 3D-printed polymer parts, enabling additive manufacturing facilities to scale efficiently. This technology reduces lead times and manufacturing costs, providing a measurable return on investment for clients.
Funding
$24.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
FWFounders
Product
Problem
3D-printed polymer parts often have rough surfaces and residual powder, requiring manual post-processing that is labor-intensive and inconsistent. This creates bottlenecks in additive manufacturing workflows, hindering scalability and increasing production costs.
Solution
AMT PostPro provides automated post-processing systems for 3D-printed polymer parts, addressing the challenges of scalability and efficiency in additive manufacturing. Their product line includes depowdering, surface blasting, and vapor smoothing machines designed for both industrial and prototyping applications. These systems improve surface finish, enhance mechanical properties, and ensure consistent, repeatable results. AMT PostPro's solutions transform 3D-printed parts into end-use ready products, streamlining the post-processing workflow and reducing manufacturing costs.
Target Audience
The target audience includes additive manufacturing facilities, industrial manufacturers, prototyping labs, and service bureaus seeking to automate and scale their post-processing operations for 3D-printed polymer parts.
Features
- Vapor smoothing systems that achieve a surface finish comparable to injection molding, enhancing strength and sealing surfaces
- Depowdering systems that automatically remove residual powder from parts, preparing them for subsequent processes
- Surface blasting systems that smooth and polish part surfaces, improving aesthetics and durability
- Automated loading systems that enable unattended, 24/7 operation for high-volume production
- Configurable processing parameters to tailor surface finish according to application requirements
- Compatibility with a range of thermoplastic polymers, including polyamides, elastomers, and composites
- Consumables that meet health, safety, and environmental standards
- Systems that are ATEX-certified for safe operation in environments with combustible dust