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By combining far infrared rays and hot air jet spraying, workpieces can be heated and processed in a short time.
Examples of use include curing for printing and moisture drying, making it particularly suitable for plate-shaped and sheet-shaped workpieces.
It is a high-efficiency device that can utilize far-infrared effects while maintaining a constant ambient temperature.
Combined a far infrared heater with an emissivity of over 90% and a hot air fan heater.
We aim for complete automation of the line with the introduction of wickets.
It is possible to transport and dry printed circuit boards and sheet-like printed materials by standing them up in a dedicated jig. Complete automation of the line from the printing machine to the stocker is achievable.
It is possible to perform heat treatment without oxidizing the workpiece in a nitrogen atmosphere by purging the oxygen inside the furnace.
High airtight structure, all stainless steel, equipped with exhaust valve, capable of handling temperatures up to 650°C.
Place the workpiece on the bar that is laid horizontally and transport it while irradiating with far infrared rays.
This is the optimal method when you want to minimize the contact area between the workpiece and the transport device.
It is a conveyor that dries workpieces with hot air.
The transportation method will be designed according to your needs, including mesh belts (SUS/plastic), chain bar transport, takt feeding, and multi-row options.
Equipped with insulated shutters at the entrance and exit of the conveyor.
This method is ideal when you want to minimize hot air or when the processing time of the work is long.
