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You can manage the frequency of the heating element.
It can heat a narrow area. It has a quick startup, allowing for reduced heating time. It enables high-precision temperature control. It can manage the frequency of the heating element. It is good at heating glass due to far infrared radiation. It is ultra-compact. It is clean.
You can manage the frequency of the heating element.
◆ It can focus light and heat in a linear shape. ◆ It has a quick startup, allowing for reduced heating time. ◆ It enables high-precision temperature control. ◆ It is effective for heating glass due to its far-infrared capabilities. ◆ It is clean. ◆ When used in combination, it can achieve surface heating.
You can manage the frequency of the heating element.
FLH-65 Features ◆ It can concentrate light and heat in a linear shape. ◆ It has a quick startup, allowing for reduced heating time. ◆ It enables high-precision temperature control. ◆ It allows for frequency management of the heating element. ◆ It is effective for heating glass due to its far-infrared capabilities. ◆ It is clean. ◆ When used in conjunction, it can provide surface heating.
You can manage the frequency of the heating element.
High-speed heating and reduction of heating time are possible. High-precision temperature control is achievable. Frequency management of the heating element is possible. Since it uses far infrared, it is good at heating glass. It is ultra-compact. It is clean. When used in parallel, surface heating can be achieved. It has a fast rise time, allowing for a reduction in heating time.
High-precision temperature control is possible.
◆ It has a quick startup, allowing for reduced heating time. ◆ It enables high-precision temperature control. ◆ It allows for frequency management of the heating element. ◆ It excels at heating glass due to its far-infrared capabilities. ◆ It is clean. ◆ When used in parallel, it can achieve surface heating.
