At RYSE 3D, we go beyond printing. Our advanced post-processing suite transforms 3D-printed components into production-grade parts with superior surface quality, mechanical performance, and visual finish. Every process is engineered to meet the standards expected from injection-moulded or machined components ensuring that every part we deliver is ready for assembly, presentation, or end use.

Our vapour smoothing process uses a controlled solvent vapour to chemically fuse the outer layer of polymer parts, sealing the surface and eliminating visible layer lines. The result is a glossy, sealed, and near-injection-moulded finish that enhances aesthetics, durability, and liquid resistance — ideal for consumer products, automotive interiors, and watertight components.

Using abrasive media in a vibratory tumbler, vibro polishing smooths and homogenises surface textures while preserving dimensional accuracy. This process delivers a uniform satin finish and removes fine build artefacts — perfect for MJF and FDM parts requiring consistent surface quality or pre-treatment before coating or painting.

Shot peening (or bead blasting) exposes parts to high-velocity media to refine surface texture, relieve stress, and improve fatigue resistance. It produces a smooth matte finish with subtle texture that’s ideal for functional prototypes, tooling, or industrial components requiring improved surface uniformity and strength.

RYSE 3D offers custom painting, dyeing, and coating services to elevate printed parts to production-quality appearance. From automotive-grade paints and colour matching to functional coatings such as anti-static or chemical-resistant finishes, our painting process ensures a professional, long-lasting surface suited to display, testing, or final assembly.