Objective:
Test –Induction Soldering Copper Pipes to PCB Board
Industry: Medical & Dental
Materials: Flat copper pipes, PCB board
Alloy: Low-temperature solder paste
Equipment: DW-UHF-6KW-I Handheld Induction Heater
Power: 1.88 kW
Time: 15 secs.
Coil: Coated custom-made coil.
The Process:
HLQ was contacted by a leading manufacturer of clinical diagnostic equipment who is striving to drive innovation in the Magnetic Resonance Imaging (MRI) technology.
The flat pipes, featured in this heating application, are used to transfer heat with minimal temperature difference or spread the heat across a surface.
Our induction heating solution helped the client to cut manufacturing time which previously took 1 hour to produce 16 soldered copper heat pipes.
The DW-UHF-6KW-I handheld induction heating power supply along with a heat station successfully performed the soldering process in approximately 15 seconds. We also used one of our custom-made induction coils with cement coasting to ensure that the coil will not suffer mechanical damage.
To perform the test, we positioned the induction soldering copper pipes onto two flat pads containing low-temperature solder paste. Induction heating ensures complete repeatability. There is a significant reduction in cycle time and increased efficiency as now multiple parts can be soldered simultaneously.
https://dw-inductionheater.com/induction-soldering-copper-pipes-to-pcb-board.html?feed_id=239594&_unique_id=660ac11a870da
Power: 1.88 kW
Time: 15 secs.
Coil: Coated custom-made coil.
The Process:
HLQ was contacted by a leading manufacturer of clinical diagnostic equipment who is striving to drive innovation in the Magnetic Resonance Imaging (MRI) technology.
The flat pipes, featured in this heating application, are used to transfer heat with minimal temperature difference or spread the heat across a surface.
Our induction heating solution helped the client to cut manufacturing time which previously took 1 hour to produce 16 soldered copper heat pipes.
The DW-UHF-6KW-I handheld induction heating power supply along with a heat station successfully performed the soldering process in approximately 15 seconds. We also used one of our custom-made induction coils with cement coasting to ensure that the coil will not suffer mechanical damage.
To perform the test, we positioned the induction soldering copper pipes onto two flat pads containing low-temperature solder paste. Induction heating ensures complete repeatability. There is a significant reduction in cycle time and increased efficiency as now multiple parts can be soldered simultaneously.
