The headset manufacturers are using metal injection molding process to make complex headphones shell, which
significantly improve the user experience of listening. The Britain headset manufacturers RHA launched its flagship T10i headphones, it is the world's first accord with human body engineering, stainless steel drive shell earphone, can be pushed to the market in large-scale.
RHA said MIM is the only way can be realized to get the pinna shape T10i headphones with durable stainless steel
material. T10i design not only comfortable, but also has a unique sound wave and air flow characteristics, ideally operate T10i manual dynamic drive.
After injection molding, parts need to do solvent thermal degreasing before sintering. The merged shell need to make manual finishing, present textural, stainless steel wire drawing appearance.
RHA headset retail price is about $200, while Japan's Final Audio Design company's high-fidelity headset can sell for as much as $2500. Final Audio products, the use of the MIM are free to design and manufacture interior structure, has a significant impact the sound quality and control components such as resonance and airflow.
Metal injection molding(MIM), a new method of metal processing: combining organic binder and metal powder, using the traditional method same as plastic injection to form the parts. This method enables the production of very complex shaped parts similar to plastic products or die cast products, but with savings in resources and energy, which is very suitable for production in big quantity.
Showing posts with label Metal injection molding. Show all posts
Showing posts with label Metal injection molding. Show all posts
Wednesday, January 4, 2017
Sunday, July 31, 2016
Metal injection molding process and intelligent sensor production
Sensor is the device or equipment that can feel measurement according to certain rules and converted into useful output signal, usually consists of sensitive components and conversion components. These components have small size, using the traditional processing method is time consuming and laborious, production efficiency is low. MIM is a new forming technology can form products at a time, can reduce the production process, greatly improve the work efficiency of products, reduce the production cost of the products, making it especially suitable for production the tiny sensitive components and conversion components of sensor.
Because of the sensor is the fastest growing segment of the semiconductor industry, but due to global economic growth in the last few year. The influence of the financial crisis, represented by accelerometer and magnetic field sensors two major types of sensors of weak market demand, the unit price goes down. Sensor market suffered in 2013, entered a depressed state.
Learn More: http://www.mdmmetal.com/Companynews/Metal_injection_molding_process_and_intelligent_sensor_produ_179.html
Because of the sensor is the fastest growing segment of the semiconductor industry, but due to global economic growth in the last few year. The influence of the financial crisis, represented by accelerometer and magnetic field sensors two major types of sensors of weak market demand, the unit price goes down. Sensor market suffered in 2013, entered a depressed state.
Learn More: http://www.mdmmetal.com/Companynews/Metal_injection_molding_process_and_intelligent_sensor_produ_179.html
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