Heatsink
Communication Networks
Method: High-pressure die-casting
In the high-pressure die-casting process, the metal is forced into a high-grade steel tool at high speed and pressure. The casting temperature is roughly 700°C during casting. The use of vacuum casting technology is an advantage in order to achieve superior quality for light and thin-walled components.
PA heatsink
Communication Networks
Method: High-pressure die-casting
In the high-pressure die-casting process, the metal is forced into a high-grade steel tool at high speed and -pressure. The casting temperature is roughly 700°C during casting. The use of vacuum casting technology is an advantage in order to achieve superior quality for light and thin-walled components.
Radio frequency filter
Communication Networks
Method: High-pressure die-casting
In the high-pressure die-casting process, the metal is forced into a high-grade steel tool at high speed and pressure. The casting temperature is roughly 700°C during casting. The use of vacuum casting technology is an advantage in order to achieve superior quality for light and thin-walled components.
TRX unit lid
Communication Networks
Method: High-pressure die-casting
In the high-pressure die-casting process, the metal is forced into a high-grade steel tool at high speed and pressure. The casting temperature is roughly 700°C during casting. The use of vacuum casting technology is an advantage in order to achieve superior quality for light and thin-walled components.
TRX unit chassis
Communication Networks
Method: High-pressure die-casting
In the high-pressure die-casting process, the metal is forced into a high-grade steel tool at high speed and pressure. The casting temperature is roughly 700°C during casting. The use of vacuum casting technology is an advantage in order to achieve superior quality for light and thin-walled components.
Microwave radio components
Communication Networks
Method: High-pressure die-casting and sand casting (a big part)
In the high-pressure die-casting process, the metal is forced into a high-grade steel tool at high speed and pressure. The casting temperature is roughly 700°C during casting. The use of vacuum casting technology is an advantage in order to achieve superior quality for light and thin-walled components.
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