Economical Selective Wave Soldering Machine

• Max PCB size: 330 x 330 mm
• Mechanical pump for simple maintenance
• Titanium alloy solder pot with 7 kg solder capacity
• CCD soldering monitoring
• Laser soldering height detection
• Windows control system
• Chinese and English language support
• 220V power supply, easier for small factories
• I.C.T supports machine setup, training, and process advice

The I.C.T-SS330 economical selective wave soldering machine is built for factories that need selective soldering but do not want to start with a larger inline system. It is useful for small-batch production, sample builds, repair work, and mixed PCBA boards with through-hole parts.

The machine uses offline PCB loading. This keeps the setup simple and saves line space. For a factory that has many product types but lower daily volume, this can be more practical than a full online machine. The operator can create and save programs in the PC system, so repeat products can run again with less setup time.

SS330 uses offline PCB loading, so it does not need to be connected into a full conveyor line. This makes it easier to place beside an SMT line, DIP workbench, repair station, or NPI area. It is useful when one factory handles many PCB models but each order quantity is not very large.

The offline design also gives the production team more freedom during product changeover. Operators can prepare fixtures, check soldering points, and adjust programs without stopping a full production line. 

The flux system uses a pressure tank to keep flux supply stable during production. This helps avoid large changes in spray volume when the flux level changes. The flux point is small, and the system is designed for precise spraying on selected soldering areas.

The nozzle is mounted on the XY platform, and repeat positioning accuracy can reach 0.02 mm. This helps apply flux only where the board needs it. Better flux control can reduce waste, lower cleaning work, and support more stable soldering results, especially on boards with tight component spacing.

SS330 uses a mechanical pump for the soldering system. The structure is simple and easier for operators to understand during daily maintenance. This is important for small and medium factories because maintenance cost and operator skill level both affect long-term machine use.

The solder pot is made of titanium alloy and has a 7 kg solder capacity. Operators can set solder temperature, nitrogen temperature, wave height, and wave calibration in the software. The nitrogen heating system helps improve wetting and reduce solder dross. 

SS330 supports PC control, guided programming, picture programming, coordinate correction, and CCD soldering monitoring. Operators can save soldering paths and process settings into the PCB program. When the same product runs again, the team can call the saved program instead of setting everything from zero.

The interface shows real-time process data, and operators can switch to CCD monitoring during setup. This helps them check soldering points, confirm positions, and reduce mistakes during trial production. 

Factory And Solution Ability

I.C.T is a factory and full-line solution provider for SMT, DIP, and PCBA production. We help customers choose equipment, plan factory layout, prepare utility needs, and build a working production process. Our support covers SMT lines, DIP lines, selective soldering, wave soldering, coating lines, handling systems, testing equipment, and spare parts.

For customers choosing an economical selective wave soldering machine, I.C.T does not only supply the machine. We help check the PCB size, DIP pin layout, soldering point quantity, product mix, and output target. Then we suggest whether SS330, SS430, SS450, SS530, SS550, or SS550 P2 is more suitable.

Machine Testing Before Delivery

Before shipment, I.C.T checks the machine structure, electrical wiring, software, motion system, flux system, soldering system, CCD monitoring, nitrogen system, and safety protection. For SS330, our engineers also check the mechanical pump, solder pot heating, wave height setting, pressure tank flux supply, and program saving.

The test is not only a power-on check. The goal is to make sure the machine can follow a real selective soldering process. If the customer shares PCB photos or drawings, I.C.T can also give basic advice on nozzle size, soldering path, and fixture needs before delivery.

Customer Case Support

I.C.T selective soldering machines are used for automotive electronics, industrial control boards, power boards, LED products, home appliance control boards, and communication products. These boards often have SMT parts and DIP parts on the same PCB. Manual soldering can be slow, and full wave soldering may not fit the board layout.

For small factories or new projects, SS330 can be a practical starting point. It helps the customer build a more stable DIP selective wave soldering machine process without adding a large online line. When production grows, I.C.T can also help upgrade the process to inline selective soldering.

After-Sales Service

I.C.T provides installation guidance, operation training, programming training, process setup, maintenance training, and spare parts support. Engineers can support customers by video or onsite service based on the project plan. Training covers program creation, flux setting, solder temperature, wave height, CCD checking, nozzle cleaning, and daily maintenance.

For a PCB selective wave soldering machine, the process matters as much as the hardware. Wrong flux amount, wrong nozzle size, weak nitrogen control, or poor fixture design can cause solder bridges or poor hole filling. I.C.T helps customers check these points step by step.

Certificates And Quality

I.C.T equipment follows international production and safety requirements. For full-line projects, I.C.T can support CE, ISO9001, and ISO14001 related project needs. These documents help customers with import, project acceptance, factory audits, and internal quality records.

Quality control covers machine assembly, wiring, electrical parts, motion parts, soldering control, safety design, and software function. For overseas projects, I.C.T can also prepare manuals, packing photos, test photos, training documents, and maintenance guides based on customer needs.

Customer Feedback

Customers often choose I.C.T because our team understands real PCBA production problems. Selective soldering is not only about buying a machine. The result depends on PCB layout, pad design, flux amount, preheating, nitrogen, nozzle size, solder temperature, and operator skill.

Many customers give good feedback because I.C.T helps them improve the whole process. Common issues include solder bridges, poor hole filling, nozzle blocking, unstable flux spraying, and wrong fixture design. For new factories, this support is very useful because it helps the team move from trial production to stable output faster.