ABS-like PU
Matches the strength and durability of injection-molded ABS.
- ✓ Consumer electronics & IT housings
- ✓ Excellent paint adhesion & post-processing


Get injection-molding quality at a fraction of the cost.

80%
Reorder Rate
4.9
Average Rating
10K+
Projects Completed
ZERO
Security Breaches
Get expert recommendations tailored to your project goals.
Matches the strength and durability of injection-molded ABS.

Achieve high optical clarity and a smooth surface finish for parts requiring internal visibility

Rubber-like flexibility with adjustable Shore A hardness for versatile textures

Add the perfect finishing touch to your Vacuum Casted parts for superior quality.

Superior surface smoothing to achieve the quality of injection-molded parts.

High-clarity polishing and coating for perfectly transparent resin parts.

Precise Pantone color matching with Gloss, Matte, and SF coating options.
AI handles the complexity — you focus on ideas.
Drag and drop your STL or STEP files to get started.
Get real-time quotes and DFM reports in just one second.
Immediate production via in-house facilities and our vetted network.
Efficiency
Reliability
Beyond visual mockups—we deliver end-use functional parts, with every technical detail managed by our engineering team.
From upload to order in just 5 minutes—AI-driven quotes and DFM analysis eliminate the need for complex emails.
Upload your 3D design file (formats: STL, STP/STEP). Select the correct unit of measurement before uploading.
The ideal low-volume solution, bridging the gap between 3D printing and injection molding.
From curated factories to meticulous QC—Creallo ensures top-tier quality and on-time delivery.
Ultra-precise SLA & CNC master models for perfect cloning
Strict NDA and physical security to prevent data leaks.
Dedicated PM and rigorous inspection for consistent quality
Expert sanding, painting, and dyeing for a final-product look.



Discover how Creallo delivers high-quality results across diverse industries.
I am very satisfied with the price, quality, and the well-managed delivery schedule.

I received the processed parts without any issues. The 3D printer’s precision is good, and the price is affordable, which is great.

There are no defects, the color is beautiful, and I’m very satisfied. I’ll use your service often.

Design rules for vacuum cast parts — draft angles, boss and rib geometry, undercuts, embossed details, master model prep, and parting line placement. Reference values aligned with ISO 2768 and industry DFM practice.

Vacuum casting is a manufacturing process for low-volume production using silicone molds and resin. Learn about its process, materials, pros & cons, and industrial applications.

3D Model Design for Manufacturing Optimization: A Guide to Ensuring Manifold Conditions and Structural Stability

Vacuum casting (urethane casting) explained — the process, advantages and limitations, available materials, and when it's the right choice for low-volume parts and pre-production validation.

Ordering custom parts from Korea? Learn what to expect with Creallo’s clear guide on lead times, express shipping, customs/tariffs (DAP), and USD payment methods.

Compare FDM, SLA, SLS, CNC machining, and vacuum casting for prototyping. Learn which process fits each development stage — from concept models to functional validation and low-volume production.
1.What post-processing options are available for vacuum-cast plastic prototypes?
Available options include polishing (for PMMA-like clear parts), painting, silk-screen printing, and other cosmetic finishes.
2.What types of products are best suited for vacuum casting?
Vacuum casting is ideal for small quantities of consistent-quality parts or validating designs before injection molding, with fast lead times and strong cost efficiency.
3.What is the typical lifespan of a silicone mold?
A silicone mold generally lasts for 15–30 casting cycles (approx. 10–100 parts). Durability varies depending on material properties, curing conditions, and part geometry. For high-consistency requirements, multiple molds may be produced.
4.What materials can be used for vacuum casting?
Vacuum casting supports a range of polyurethane (PU) materials that mimic the properties of TPU, PC, ABS, and PMMA. This allows you to achieve stiffness, heat resistance, and impact strength comparable to final production parts.
Skip the wait. Upload your file for an AI-powered real-time quote and start production today.
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