Here's a rewritten and expanded version of the original text, keeping the key details but adding more context and making it sound more like a natural, real-time update: --- This message comes from Tyler Tobolt: > "Here are some photos of the fire at the Wonder Lake box alarm this morning (December 27th, 2020) around 5:00 AM. The incident occurred at 5712 E Lake Shore Drive. When firefighters arrived, the house was completely engulfed in flames. One person is still unaccounted for. Authorities have since brought in the state fire marshal and the coroner to assist with the investigation." More images are available via the link provided below. ![House destroyed by fire in Wonder Lake, IL](#) *Tri State – USFiR Photography* Below are additional photos from the scene. You can view them in a slideshow format by clicking the button below. [Show slideshow] These images give a clear look at the extent of the damage. Firefighters worked quickly to contain the blaze, but the structure was already too far gone when they arrived. As the investigation continues, local officials are working to determine the cause of the fire and confirm the status of the missing individual. Residents in the area are being urged to stay informed and follow any updates from emergency services. If you have any information or witnessed the event, please reach out to local authorities. Stay safe.

Metal Injection Molding Service

Metal Injection Molding (MIM) service is a new metal processing technology that combines metal powder with a binder to form a mixture that is injected and molded into a green compact. The MIM service process includes the following steps:

  1. Preparation of metal powder: The required metal powder is mixed with a binder such as a thermoplastic or thermosetting plastic by ball milling or other methods to form a homogeneous mixture.
  2. Injection molding: The mixture is placed in an injection molding machine, heated to melting, and injected into a mold to form a green compact of the desired shape.
  3. Sintering: The green compact is subjected to high-temperature sintering to remove the binder and densify the metal powder.
  4. Finishing: The sintered compact is finished to obtain the required dimensions and accuracy of the product.

The MIM service process is characterized by high precision, high efficiency, and ability to process complex shapes, and is widely used in the electronics, machinery, automotive, and aerospace industries.

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