For plastic trays, what is a common characteristic of the compression moulding process?

A common characteristic of the compression moulding process is that it is suitable for high volume production. This method involves placing a measured amount of thermosetting plastic material into a heated mould cavity, which is then closed to compress and cure the material. The ability to produce large quantities of parts efficiently makes compression moulding ideal for manufacturing applications that require consistency and high output.

The process benefits from simpler tooling compared to other methods, allowing manufacturers to create multiple parts in a shorter amount of time. Additionally, because the material is fully formed in the mould through heat and pressure, it ensures uniformity and quality in the final products, which is particularly advantageous for applications in industries such as automotive or consumer goods where numerous identical parts are needed.

In contrast to this, low production rates, high tooling costs, and limitations to thin-walled parts are not characteristic features of compression moulding. While initial setup for tooling can be an investment, the overall suitability for high volume production is one of its strongest advantages, significantly outweighing the initial costs over time.