WHALE STONE 3D is one of vacuum casting service providers and it’s the right place to be for those looking for high quality prototypes and small series production. This particular process, known as vacuum casting, is one of the most refined as it employs liquid resins and silicone molds to produce the most detailed and smoothest surfaces possible.
The first step consists of taking a master pattern and making a silicone mold. After the mold is prepared, it is put into the vacuum chamber and liquid resin is poured into it. The vacuum chamber eliminates all the air bubbles and helps to ensure that the resin gets into every slot in the mold and takes all the fine details. After the curing period has elapsed, the mold is taken off and the part is obtained and it has high dimensional generalization surface treatment level.
Vacuum casting is also extremely advantageous when it comes to replicating intricate and highly detailed components. As a result, it is appropriate for sectors which need precision standards such as aerospace, car and medical device industries. WHALE STONE 3D quick turn vacuum casting services are able to use a variety of materials including silicone and polyurethane.
Vacuum casting is also benefited for its efficient cost, especially when applied to small to medium scale production runs. Whereas in the other methods one has to have limited molds which are regarded as costly, in this case, vacuum casting presents itself as a cheaper alternative for a small volume of the production. This becomes very handy during the prototyping stage, where a lot of changes and tests are usually involved.
At WHALE STONE 3D, we guarantee the best quality with regards to the vacuum casting process. Each mold is prepared in detail and every subsequent stage of the casting process is controlled by qualified specialists. Apart from these, we have additional features of assembly, painting and other types of finishing to improve the look and utility of the items.
In Apercu, doing vacuum casting with WHALE STONE 3D carries a practical and efficient light on the issues of making prototypes and small production run components in terms of quality, flexibility and cost.
