Reduce lead time and costs for sand casting with a 3D printer for casting.
Sand Casting Meisters Series "SCM-1800" "SCM-800"
There is not much difference between 3D printers for casting and traditional casting methods using basic wooden patterns. Why not take the first step in utilizing them together with our company?
A 3D printer for casting is a modeling method that imports 3D data created with CAD, etc., into a 3D printer to directly shape sand molds (cores, main molds, etc.). It is often referred to as a mold 3D printer or core molding machine, and it can shorten the lead time for the production of wooden or resin molds needed for complex shapes, as well as for sand packing and mold assembly before casting. Rather than relying solely on 3D printers, we recommend a hybrid operation that leverages the advantages of existing methods, the benefits of 3D printing, and your company's strengths and weaknesses by combining existing methods with 3D printing. **Features of Utilizing 3D Data and 3D Printers:** - It is possible to create casting 3D data by 3D scanning the product shape even without wooden molds. - For complex-shaped cores, many wooden molds are not necessary. → This allows for reduced lead times for wooden mold manufacturing, lower management and storage costs, and shortened assembly time and labor for cores. - Since 3D data is output, there is less variation, and the imbalance in cast products is also reduced. - 3D data can be used not only for modeling but also for verifying products against drawings. - 3D data can also be utilized for casting simulations and other applications. Why not try using a 3D printer this year? We will support you from data creation onward.
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basic information
【Specifications: Small Machine】 ■Printing Method: Binder jetting using inkjet head SCM-800 (fixed tank) / SCM-800-2 (drawer tank) ■Maximum Build Size: W800×D400×H400mm ■Layer Pitch: 0.28mm ■Operation Method: Operated via touch panel monitor ■Compatible Materials: CCS (Catalyst Coated Sand)*/Dedicated binder 【Specifications: Large Machine】 ■Printing Method: Binder jetting using inkjet head SCM-1800 ■Maximum Build Size: W1800×D1000×H750mm ■Layer Pitch: 0.28mm ■Operation Method: Operated via touch panel monitor ■Compatible Materials: CCS (Catalyst Coated Sand)*/Dedicated binder ◆Advantages◆ Advantage 1 Significant reduction in lead time without the need for wooden patterns Advantage 2 Contributes to quality improvement through integrated molding and enhanced reproducibility Advantage 3 Reduces the burden on operators through automation
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◆3D Printer Product Features◆ We offer two types: the large work size SCM-1800 (build size: 1800×1000×750mm) and the small work size SCM-800 (build size: 800×400×400mm). Before implementing, why not use your company's 3D data to not only create sand molds with the 3D printer but also to utilize the data for casting simulations and precision measurements of cast products? Many users find themselves hooked after using a 3D printer just once. ◆CMET's 3D Printer Materials◆ - Fran - Phenol ◆Data Required for Sand Mold 3D Model Creation◆ - STL data format For detailed inquiries regarding installation environment, product implementation and operation methods, and 3D printer-specific materials, our representatives will provide thorough explanations. If you have any questions regarding 3D printers for casting, please feel free to contact our experts rather than worrying on your own. For questions related to casting, we will respond with support from our 3D printer users, including practical examples.
Detailed information
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3D printer dedicated sand G-CS1104
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A one-piece core with a gas venting plan that cannot be shaped with a mold.
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We offer two types: large and small. Equipment tours are available.
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Material Comparison Right Side: Wet Materials Left Side: Dry Materials (Adopted by Our Company)
Line up（2）
| Model number | overview |
|---|---|
| SCM-1800 | Large machine (build size: 1800×1000×750mm) |
| SCM-800/SCM-800-2 | Small machine (build size: 800×400×400mm) |
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Company information
Our company has been engaged in the development of layered manufacturing devices, known as 3D printers, for 35 years this year, and as a pioneer in Japanese 3D printer development, we have worked for many years to contribute to the advancement of new technologies related to layered manufacturing. As a manufacturer of high-end industrial 3D printers, our business policy since our founding has been to provide a "one-stop service" that encompasses equipment development, software development, resin development, and after-sales service. In recent years, the term for layered manufacturing devices has shifted from rapid prototyping (RP) to additive manufacturing (AM), particularly in Europe and the United States. The areas of application have changed, evolving from mere shape confirmation to advanced testing and evaluation, as well as the realm of actual products and parts, with increasing applications for incorporation into mass-produced items. We specialize in the sale of high-end photopolymerization devices focused on shape confirmation, internal visualization, and assembly verification, which are emphasized in the early stages of development. We also sell sand mold layered manufacturing devices as a tool for reducing lead times in the casting industry. Both of these devices are designed to meet the needs of Japanese manufacturing, and we will continue to develop solutions that shape your needs in the future.