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Dual Lane Wave Oven XMS-350
Dual Lane Wave Oven XMS-350
  • Dual Lane Wave Oven XMS-350

Dual Lane Wave Oven XMS-350

Electricity-saving: this wave soldering machine is steady, efficient,energy-saving,environmental and safe.
Temperature mutual compensation, energy saving is the highlight of this machine, the power consumption is 90% of similar equipment (save 10% power)
Space-saving:  the length of the THT line with normal wave solderingmachine is around 35m, takes around 186.9 square meter; with this energy-saving dual lane wave soldering machine, the space is around 65.45 squre meter,it saves a space up to 121.45 square meter.
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Dual Lane Wave Oven XMS-350

The PCB circuit board with the components inserted or pasted is first sent into the wave soldering machine by the connecting device at the entrance of the machine at a certain angle and speed, and then clamped by the continuously running titanium claws to complete the coating in sequence The process flow of flux, first preheating, second preheating, third stage preheating, first wave soldering tin, second wave soldering tin and cooling. Finally, the soldered PCB board is sent out by the titanium claw drag chain.

In the pre-heating stage, the flux is activated, the volatiles are removed, and the PCB soldering part is heated to the wetting temperature. At the same time, due to the increase in the temperature of the components, the large thermal shock when immersed in the molten solder is avoided. During the preheating stage, the temperature of the PCB surface should be between 80 and 150°C.

The first wave crest is the "turbulent" wave crest ejected from a narrow nozzle. It has a fast flow rate and a higher vertical pressure on the SMT components, so that the solder has better permeability to the solder joints with small size and high mounting density. It overcomes the adverse effects of the complex shapes of components and the "shadow" effect; at the same time, the upward jet force of the turbulent wave can smoothly discharge the flux gas, which greatly reduces defects such as missing welding, bridging, and insufficient weld seams.


The XMS-350 Dual Lane Wave Oven is a high-efficiency Wave Soldering Machine designed for THT (Through-Hole Technology) assemblies. As a Dual Lane Wave Oven XMS-350, it features two parallel lanes to double throughput, while offering energy-saving performance compared to conventional wave soldering machines.

Key features:
- **Energy-saving design**: consumes about 90% of the power of similar equipment, reducing operational cost. 
- **Space-efficient footprint**: Traditional THT line lengths ~35 m occupying ~186.9 m²; with the Dual Lane Wave Oven, the space needed is only ~65.45 m², saving over 120 m² of floor space. 
- **Dual lane wave soldering**: Able to process two boards simultaneously, increasing throughput for high volume production.  
- **Turbulent wave first crest**: The initial wave (“turbulent” wave) delivers strong vertical pressure, improving solder penetration on dense and shadowed components, reducing defects like bridging, insufficient solder, or missing welds. 
- **Advanced pre-heating stages**: Multiple preheating zones to activate flux, remove volatiles, bring PCB surface to required wetting temperature (80-150 °C), minimizing thermal shock.

The XMS-350 Dual Lane Wave Oven is ideal for manufacturers needing high throughput, consistent THT soldering quality, and reduced power consumption. It is especially suited for EMS factories, board houses, and automotive/electronics applications where reliability and efficiency are key.  
 

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