Main Menu
GoWave presents the finest soldering technology in its class due to its advanced fluxer module, efficient preheater, innovative soldering area and microprocessor control. Ideal for small production volumes, the Seho GoWave is suited for a variety of applications ranging from entry level mass soldering to soldering in small or medium sized batches.
This product is available to view in our virtual demo.
Click to the right if you’d like to see the product in-situ within an SMT line, where you can also view a 3D file and watch a short video introduction.
If you’d like more information first click below.
| Technical Data and machine options | |
| Useable soldering width | Max. 340mm [13.39”] |
| Pass-through height (measured from bottom edge of PCB) | 100mm [3.94”] |
| PCB / solder mask dimensions l x w | Max. 410 x 340mm [16.14” x 13.39”] |
| Fluxer Area | |
| ATS spray fluxer with HVLP technology |
· |
| Quantity and adjustable flow via meter |
· |
| Volume of working tank | 0.7 litre |
| Maintenance unit for compressed air | Included |
| Exhaust hood with stainless steel filter for fluxer area |
· |
| Spray width individually manually adjustable |
· |
| Preheat Area | |
| Infrared preheating with glass ceramic cover |
· |
| Preheat length and width | 700 x 400mm [ 27.56” x 15.75”] |
| Preheat power rating | 3kW |
| Preheat temperature | Max. 420°C |
| Programmable stopping of PCB’s in the preheat zone |
· |
| Reflection tunnel above preheat and soldering area |
· |
| Conveyor | |
| Solder frame conveyor |
· |
| Pass-through direction from left to right |
· |
| Conveyor angle manually adjustable | 6-8 degrees |
| Conveyor speed | 0.3- 2.0 m/min |
| Soldering Area | |
| Composit coating for processing lead-free alloys |
· |
| Solder volume SnPb / SnAgCu | Approx. 185kg / 150kg |
| Electrical power rating of the solder pot | 4.5 kW |
| Wave height | Max. 7mm |
| Solder level control |
· |
| Solder nozzle units as single wave concept |
· |
| Solder nozzle units as dual wave concept |
· |
| Local nitrogen inertion in the soldering area |
· |
| Control Unit | |
| Microprocessor control with touch screen |
· |
| Storage capacity for 100 soldering programs |
· |
| Closed loop control for conveyor, heating and pump speed |
· |
| Clock timer |
· |
| USB interface |
· |
| Recording of operating and process data via USB stick |
· |
| High precision CAN bus motors for pumps and conveyor | |
| Connections and Dimensions | |
| Exhaust volume | 1 x 550 m3/h |
| Connection voltage (standard) | 230/400 V, 50 Hz |
| Total power consumption | 8 kW |
| Compressed air and pressure | R ¼”, 6 bar |
| Compressed air consumption | Approx. 250 l/min. |
| Dimensions l x w | 3000 x 820mm (+display ca. 150mm) [118.11”] x 32.28”] |
| Technical Data and machine options | |
| Useable soldering width | Max. 340mm [13.39”] |
| Pass-through height (measured from bottom edge of PCB) | 100mm [3.94”] |
| PCB / solder mask dimensions l x w | Max. 410 x 340mm [16.14” x 13.39”] |
| Fluxer Area | |
| ATS spray fluxer with HVLP technology |
· |
| Quantity and adjustable flow via meter |
· |
| Volume of working tank | 0.7 litre |
| Maintenance unit for compressed air | Included |
| Exhaust hood with stainless steel filter for fluxer area |
· |
| Spray width individually manually adjustable |
· |
| Preheat Area | |
| Infrared preheating with glass ceramic cover |
· |
| Preheat length and width | 700 x 400mm [ 27.56” x 15.75”] |
| Preheat power rating | 3kW |
| Preheat temperature | Max. 420°C |
| Programmable stopping of PCB’s in the preheat zone |
· |
| Reflection tunnel above preheat and soldering area |
· |
| Conveyor | |
| Solder frame conveyor |
· |
| Pass-through direction from left to right |
· |
| Conveyor angle manually adjustable | 6-8 degrees |
| Conveyor speed | 0.3- 2.0 m/min |
| Soldering Area | |
| Composit coating for processing lead-free alloys |
· |
| Solder volume SnPb / SnAgCu | Approx. 185kg / 150kg |
| Electrical power rating of the solder pot | 4.5 kW |
| Wave height | Max. 7mm |
| Solder level control |
· |
| Solder nozzle units as single wave concept |
· |
| Solder nozzle units as dual wave concept |
· |
| Local nitrogen inertion in the soldering area |
· |
| Control Unit | |
| Microprocessor control with touch screen |
· |
| Storage capacity for 100 soldering programs |
· |
| Closed loop control for conveyor, heating and pump speed |
· |
| Clock timer |
· |
| USB interface |
· |
| Recording of operating and process data via USB stick |
· |
| High precision CAN bus motors for pumps and conveyor | |
| Connections and Dimensions | |
| Exhaust volume | 1 x 550 m3/h |
| Connection voltage (standard) | 230/400 V, 50 Hz |
| Total power consumption | 8 kW |
| Compressed air and pressure | R ¼”, 6 bar |
| Compressed air consumption | Approx. 250 l/min. |
| Dimensions l x w | 3000 x 820mm (+display ca. 150mm) [118.11”] x 32.28”] |
The GoWave supports a maximum soldering width of 340 mm (≈ 13.39″) and can process PCB / solder mask dimensions up to 410 × 340 mm (≈ 16.14″ × 13.39″).
The pass-through height allowed under the PCB edge is 100 mm (≈3.94″). This defines how tall components can be before clearance becomes an issue.
It has an ATS spray fluxer with HVLP (High-Volume, Low-Pressure) technology. This gives a clear, well-defined spray pattern, reduces flux consumption, and lowers mist/overspray for cleaner operation.
The GoWave includes an infrared preheat zone, covered with ceramic glass, with preheat area dimensions 700 × 400 mm. Preheat temperature can reach up to 420 °C, and it offers a reflection tunnel and optional stopping of PCBs in preheat zone for high mass boards.
Conveyor speed is adjustable between 0.3-2.0 m/min. The conveyor angle under the wave is manually adjustable between 6° to 8° for optimal peel-off and solder penetration. These adjustments help balance throughput vs quality (bridging, wetting, solder joints).
As an authorised SEHO partner, Hawker Richardson supplies the SEHO GoWave for small production volumes across Australia and New Zealand. We provide on-site installation, training, servicing and technical support, with coverage spanning Melbourne, Sydney, Adelaide, Auckland, and Christchurch, and stock commonly used spare parts for fast servicing and minimal downtime.