Speed / throughput improvements:
The IR panel can achieve a more uniform temperature than IR tube. Meanwhile, when setting temperature is the same, the PCB under the IR Panel achieves a higher temperature than with IR tube. This makes the IR panel more efficient.
Cost effectiveness:
The low-cost system offers a 30-50% reduction in electrical power compared to traditional IR tubes.
Quality contribution:
The curing chamber achieves a thermally uniform atmosphere with Japanese designed Far IR Panel. The IR Panel surface treated with nano material , it’s specially designed for the coating process, high IR to heat exchange ratio, 100mm distance to IR panel surface can meet 50--250c degree. For traditional IR tube, it can meet 50--150c degree only.
Environmental friendliness:
The IR panel can save 25% power compared to IR tubes during production.
Ease of use:
The IR Series inner tunnel of the oven is made of stainless steel, making it easy to clean. Additionally, the system features a Touchscreen & PLC controlling system that can save all temperature and speed parameters.
Expected maintainability/repairability:
The IR panel surface features a special water-proof treatment for coating. Materials that need higher humidity to cure. Additionally, the IR panel has a long life time.
| Item number | VT-TO-IR2033P |
| Category | Coating & Curing Systems |
| Total Power: | 10KW |
| Temperature Rising Time: | 15min to 250°C |
| Width Adjustment: | Manual |
| PCB Clearance Top: | 60mm |
| PCB clearance Bot: | 60mm |
| Heating Method: | IR Panel |
| Heating Zones: | 3Top/3Bot |
| Max PCB Width: | 450mm |
| Max PCB Lenght: | 450 mm |
| Power Supply: | AC 380V 50/60Hz 3PH |
| Power Consumption: | 2-4KW |
| Belt Speed: | 0,1-3,5m/min |
| Transfer Direction: | Left to Right |
| Conveyor System: | Chain Conveyor |
