Statistical Process Control (SPC) Capability is a method that may be integrated into the injection molding process to ensure a more efficient and accurate end result. Rather than inspecting an injection mold just at the very end of the manufacturing process, companies aim to conduct checkpoints throughout all phases (including the design of an injection mold prototype) of the extensive injection molding process. Schlotter Precision Products, Inc., an experienced and trusted injection molding company since 1978, offers SPC capability for all of our customers. Please read on to find out more about the benefits of SPC capability and how Schlotter Precision can help make a difference for your company.
Benefits of SPC Capability
There are many benefits to incorporating SPC capability into the molding process. The main advantage is that you are able to monitor and control the manufacturing process. Additionally, you can actually improve and streamline how injection molds are made by eliminating any deviations that could occur. Some other benefits include but are not limited to ensuring that the proper amount of material is utilized, inhibiting operation errors from occurring, avoiding injection molding machine wear and any issues pertaining to mold measurement and tolerances.
Precision and Capability Go Hand-in-Hand at Schlotter Precision
For premier injection molds, no other company provides customers with more opportunities for superior injection molds. At Schlotter, we have the skill and precision to get your injection molding job done right the first time around. Even better, our tool shop and twenty-three injection molding press department enables us the capability of handling all of your injection molding needs right here on our premises. For ease and efficiency, we offer the option of SPC capability to all of our customers. Please click on any of the following links to obtain more information on how Schlotter can benefit your company: custom injection molding, precision injection molding, insert injection molding, thermoplastic injection molding, and short run injection.
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