Urethane Casting Service
- Rapid mock-up in as fast as 2 days
- Low volume urethane casting without tooling fee
- Full inspection before delivery
Start Urethane Casting Quote
STEP I STP I SLDPRT I PRT I IPT I DWG I PDF I DXF I ZIP I RAR
All drawings are secure and confidential.
Urethane Casting Process
Rapid Mock-up
As fast as 2 days
Urethan-Guss
Low-volume urethane casting without tooling fee.
Oberflächenveredelung
Painting, silk screen,laser marking.
Urethane Casted Parts Produced By SogaWorks
Gallery of urethane cast prototypes and end-use parts we have produced for our valued customers.
Urethane Casting Tolerance
Urethane casting is a fabrication process that uses silicone molds to produce production-grade elastomeric parts with 10-200 units. Typically, ISO 2768-m is used as a manufacturing standard and a shrinkage rate of +0.15% can be expected due to thermal expansion of the liquid and the response of the flexible mold.
Limits for nominal lengths |
ISO 2768-m |
|---|---|
|
0.5mm to 3mm |
±0.1mm |
|
Over 3mm to 6mm |
±0.1mm |
|
Over 6mm to 30mm |
±0.2mm |
|
Over 30mm to 120mm |
±0.3mm |
|
Over 120mm to 400mm |
±0.5mm |
|
Over 400mm to 1000mm |
±0.8mm |
|
Over 1000mm to 2000mm |
±1.2mm |
|
Over 2000mm to 4000mm |
±2.0mm |
Urethan-Gusswerkstoffe
Plastics
We stock an exclusive range of plastic materials for urethane casted parts.
- ABS-Like
- Acrylic-Like
- Nylon-Like
- PC-Like
- PP-Like
- Rubber-Like
- Clear Rubber-Like
Oberflächenbehandlungen
Malerei
Spray a layer of paint onto the surface of the part.
Apply a protective and decorative coating to materials.
Powder coating
Siebdruck
Apply images, patterns, or text to surfaces.
Use a laser beam to alter the surface to label, engrave, or add information to materials.
Lasermarkierung
Manufacturing Capabilities and Equipment
- 30+ countries and regions
- 50,000+ customers
- 16,000,000+ parts manufactured in total
- 1,000+ collaborative partner factories
- 4,800+ precision equipment
Was unsere Kunden sagen
Es war eine großartige Erfahrung, mit den Mitarbeitern von SogaWorks zu arbeiten. Sie sind sehr professionell und fürsorglich und halten eine reibungslose Kommunikation über unsere ausgelagerte Teileproduktion aufrecht. Wir werden auch bei zukünftigen Projekten mit ihrem Service zusammenarbeiten.
Wir haben viele Projekte für kleine Stückzahlen. SogaWorks hat unsere Anfragen immer fair behandelt. Darüber hinaus haben sie uns wertvolles technisches Feedback gegeben. Wir schätzen ihren aufrichtigen Wunsch zu helfen sehr.
Postdoc-Stipendiat, Universität Stanford
SogaWorks beweist Professionalität. Sie haben unseren Einkaufsprozess vereinfacht. Wir müssen uns nicht mit der Verwaltung verschiedener Lieferanten herumschlagen. Sie retten uns den Tag. Großartige Arbeit!
Einkaufsspezialist, Panasonic China
Wir möchten uns für Ihre unkomplizierte Unterstützung bei unseren Eilaufträgen bedanken. Unsere Anforderungen waren streng, und die Lieferfristen waren knapp bemessen. Dennoch wurden alle Aufträge perfekt ausgeführt. Das ist ein Team, das anspruchsvolle Aufträge annehmen kann.
Projektleiter, HP
Our Advantages
Quote in 5 Seconds
Utilizing a self-developed, machine learning-driven intelligent quoting system, we can offer rapid quotations for your inquiry in 5s.
One-Stop Manufacturing Service
We provide one-stop manufacturing services from R&D prototypes to massive production, covering hundreds of materials and most of the surface finishes.
End-to-end professional Service
Our specialized account managers and engineers provide “One to One” service, and work collaboratively with both customers and partners by better understanding their requirements, which is to achieve better turnaround time and lower cost for your project.
Fully Inspected Before Delivery
Before shipping out the parts to you, we conduct a strict final inspection for all parts with high-accuracy measuring equipment.
Für mehrere Branchen tätig
Unsere Dienstleistungen im Bereich Rapid Prototyping und On-Demand-Produktion werden in einer Vielzahl von Branchen eingesetzt, aber in den folgenden Bereichen haben wir die meiste Erfahrung.
Medizinische
Erhöhen Sie die Zuverlässigkeit Ihrer medizinischen Geräte mit einer präzisen Fertigungslösung.
Luft- und Raumfahrt
Leichte und langlebige Lösungen für die anspruchsvollsten Anforderungen in der Luftfahrt.
Automobilindustrie
Maßgeschneidert für optimale Leistung und Zuverlässigkeit in der Automobilindustrie.
Robotik
Treiben Sie Ihre Robotik-Innovationen mit unseren präzisionsgefertigten Teilen voran.
FAQs About Urethane Casting Service
What is the lead time for urethane casting?
Production-level urethane casting typically has lead times of 3 weeks. Although the master pattern and mold can be finished in 1-2 days, meeting production volumes can take longer due to the urethane’s curing time, which cannot be shortened. A single urethane casting mold usually produces 1-10 parts per day, depending on factors like the type of urethane and part geometry.
How does urethane casting work?
Urethane casting is a manufacturing process that involves creating a mold using a master pattern or model, typically made of silicone rubber. A mixture of urethane resin and a curing agent is then poured into the mold cavity, ensuring it is filled completely and that any air bubbles are removed. The urethane is left to cure at room temperature or in an oven, and once it has hardened, the mold is opened, and the cast part is removed and trimmed of any excess material.
What are the tolerances for urethane casting?
The tolerances of cast urethane are usually approximately ± 0.015” or ± 0.003 per inch, whichever is larger. On a case-by-case basis, tighter tolerances might be provided. Generally, a typical shrinkage rate is +0.15%.
What is the difference between urethane casting and injection molding?
Urethane casting uses liquid urethane resins that are poured into a mold, while injection molding uses molten plastic that is injected into a mold. Urethane casting molds are typically made of silicone rubber or other soft materials, while injection molding molds are made of steel or aluminum and are much more durable. Urethane casting is suitable for low to medium production volumes, while injection molding is better suited for high-volume production. Additionally, injection molding can produce parts with more consistent dimensions and tighter tolerances, but the upfront costs for tooling are much higher.
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