The model number is IN12C (SMT LED Soldering Machine / Reflow Oven).
It is a reflow soldering machine designed for SMT PCB soldering and paste soldering.
Rated voltage is 220 V and rated power is between 2.2 kW and 4.8 kW. Confirm local power requirements and a dedicated circuit with your supplier/installer.
Maximum soldering width is 300 mm. Maximum component heights are Upper 30 mm and Lower 15 mm.
The oven provides 12 temperature zones (Upper 6 and Lower 6). Heating is achieved with nichrome wire and aluminum alloy heating elements.
It uses a VGUS microcomputer controller. The controller supports programmable temperature profiles; consult the manual or supplier for details on profile storage and programming.
Conveyor speed is adjustable from 50 to 600 mm/min to suit different process needs.
Typical heat-up time is about 30 minutes to reach operating temperature.
Machine dimensions are L2305 × W612 × H1230 mm. Net weight is listed as 300 kg; single package (crate) size is 242 × 73 × 143 cm with a gross shipping weight of 414 kg.
It is ideal for electronics manufacturing, LED lighting circuit assembly, prototyping, and small- to medium-volume PCB production. Suitable for hobbyists and industrial use.
Yes — the machine can perform lead-free reflow soldering provided you configure appropriate temperature profiles and process parameters for lead-free alloys. Verify recommended profiles with your solder supplier.
Regular maintenance includes cleaning the conveyor and chamber, checking/adjusting conveyor alignment, inspecting fans and heating elements, replacing worn belts or Teflon covers, and periodic calibration of temperature profiles. Follow the manufacturer maintenance schedule.
Install on a level, stable surface with adequate ventilation and clearance for operator access. Provide a dedicated 220 V electrical supply sized for 2.2–4.8 kW load and proper grounding. If in doubt, consult a licensed electrician or the supplier for installation guidance.
Throughput depends on board length, spacing and conveyor speed. As a rule: throughput (boards/hour) = (conveyor speed mm/min) × 60 / (board length + required spacing mm). Higher conveyor speed and shorter board length/spacing increase throughput.
Warranty period, spare parts availability and support services vary by seller. Contact the supplier or manufacturer for details on warranty terms, available spare parts, training, and after-sales support.
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