Simply upload your 3D model through our website or contact our support team. We'll review your part and provide a quote tailored to your material, volume, and finish requirements.
Vapor smoothing enhances 3D printed parts by improving surface finish, providing a sleek and polished appearance. Perfect for functional prototypes and end-use products, this process delivers a professional, injection-molded look.
Contact MYT-Bearbeitung today to elevate your 3D prints with vapor smoothing.
Vapor smoothing is a post-processing technique that uses heated solvents to smooth out surface imperfections on 3D printed parts, enhancing their finish and improving their appearance and durability.
Parameter | Specification |
---|---|
Surface Roughness (Ra) | 0.4 – 1.2 µm |
Compatible Materials | ABS, ASA, Polycarbonate, Nylon, TPU |
Dimensional Tolerance Impact | ±0.1 – ±0.3 mm variation due to material swelling/shrinkage |
Visual Appearance | Glossy, uniform finish with reduced layer lines |
Mechanical Properties | Slight increase in impact resistance, minimal strength reduction |
Chemical Used | Acetone, Methyl Ethyl Ketone (MEK), or proprietary vapor agents |
Best Applications | Consumer products, medical enclosures, automotive parts, prototypes |
Explore our Vapor Smoothing Finishing Gallery to see the transformative effects of this advanced post-processing technique. From enhanced smoothness to improved aesthetics, discover how vapor smoothing elevates the quality of 3D printed components.
MYT ist auf hochpräzise CNC-Bearbeitung spezialisiert und setzt Ihre Konzepte schnell und präzise in funktionale, hochwertige Teile um. Ausgestattet mit fortschrittlicher Technologie und handwerklichem Geschick liefern wir produktionsreife Komponenten, die Ihre genauen Spezifikationen erfüllen, unabhängig von ihrer Komplexität.
Enhance the look, feel, and functionality of your 3D printed parts with our Vapor Smoothing service. At MYT Machining, we offer expert services that transform rough printed surfaces into sleek, polished finishes, perfect for professional applications or end-use components.
Vapor is a post-processing technique used to refine the surface of 3D printed objects. It consists of treating printed components to controlled solvent vapors, which causes the uppermost layers to be melted slightly, about 50 °C, to produce a glossy, even surface finish.
The process not only leads to improved appearance but also results in improved mechanical properties like strength and adhesion between layers. Whether you’re working with ABS, Nylon, or PETG, our vapor service is tailored to suit your material and design needs.
Understanding Solvent & Material Compatibility is crucial for successful vapor smoothing. We support:
Our solvents are of industrial grade, and we have controlled environments that guarantee quality and safety consistency.
While DIY smoothing is possible, it often lacks the precision, control, and safety standards found in professional setups.
Instead, trust MYT Machining’s vapor smoothing experts to deliver consistent, high-quality finishes every time.
For best results, consider these design tips when modeling your parts:
Our team would be glad to assist you with the design suggestion to smooth and have your parts appear their finest.
With MYT Machining’s expert smoothing services, you get precision, polish, and performance every time. We can support you whether you require one prototype or you are ready to get into massive production.
Whether you have a question or you are ready to get started, contact us now or request a Quote!
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Simply upload your 3D model through our website or contact our support team. We'll review your part and provide a quote tailored to your material, volume, and finish requirements.
Yes. Vapor-smoothed parts often provide an excellent base for painting, plating, or coating due to their even, sealed surface.
Yes, vapor smoothing not only enhances aesthetics but also improves durability and water resistance, making it suitable for both functional prototypes and end-use parts.
The process slightly affects the outer surface, typically within ±0.1 mm, making it ideal for non-critical dimensions or cosmetic features.
Fused Deposition Modeling (FDM), Selective Laser Sintering (SLS), and Multi Jet Fusion (MJF) parts benefit most, especially those with visible layer lines or rough textures.
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