VX1
SURFACING
The VX1 from DyeMansion is a compact vapor-smoothing system that gives powder-bed 3D prints a smooth, injection-molded finish. It’s simple to use and delivers consistent, professional results.
See The Difference
Raw
Soft
Medium
Strong
VX1 Specs
The VX1 is a compact, automated system that smooths and improves the surface of powder-bed 3D printed parts, helping teams get more consistent results and increase production.
By investing in automated part cleaning with the VX1, teams can streamline post-processing and significantly reduce manual labor. Its user-focused design ensures safe, efficient operation while delivering consistent, repeatable cleaning results across production runs.
Compatibility: All common powder-bed technologies
Cycle Time: 1.5 to 3 hours per run
Capacity Per Run: 13.5 L
Volume of Basket: 280 x 400 mm (24.6 L)
System Size: 450 × 660 × 1680 mm (open lid) / 450 × 660 × 1100 mm (closed lid)
Request A Quote
VX1 Highlights
Straightforward controls that are easy to learn and operate.
Works with PA12, PA11, and TPU, supporting most printing technologies in one system.
No direct handling of treatment agents and no hazardous materials involved.
An all-in-one unit with a small footprint that saves space.
Minimal setup required so you can start using the machine right away.
Reusable cartridges help reduce waste and ongoing expenses.
Efficient energy use and treatment agent recovery lower the impact per use.
Customer Feedback
"The VX1 enables compact in-house vapor smoothing, delivering higher surface quality and improved durability of orthopedic parts without relying on external service providers.”
“The VX1 enables us, as a service provider, to deliver vapor smoothed surface quality at both small and high volumes with excellent throughput, easy operation, and reliable support, allowing us to compete with much larger service bureaus and win new high-volume customers.”
“The VX1 allows us to bring vapor smoothing in-house, significantly reducing lead times and logistics effort while improving cleanability, surface quality, and overall process efficiency across both prototyping and production.”
