<Thermo Riko’s Solution>
#1 High Speed, High Temperature
MAX. heating rate 300℃/sec.
Reaching 1,500℃ at Maximum.
Conventional resistance heating systems raise temperature slowly, requiring a significant amount of time to achieve a high temperature. This limits the number of tests feasible within a day, extending the product development cycle as well.
MAX. heating rate 300℃/sec.
Reaching 1,500℃ at Maximum.
It’s hard to raise temperature of a moving sample with a direct heating system, which may cause damages to the surface of such sample. It could also destroy a sensor touching the surrounding area.
Enable to heat the sample without physically contacting it.
Conventional heating systems raise temperature of a sample itself, and its peripheral temperature as well. There is a risk of damage to a sensor touching the surrounding area.
Heating only the samples
without surroundings.
Conventional systems, such as electrical resistance heaters, may emit gas pollutive to a sample.
Eliminating the risk of air pollution.
Conventional systems only raise temperature from specific angles. This limits the available heating methods.
Infrared beams irradiate the sample
from any angle 360°
With conventional systems, a heater must be placed inside a vacuum environment. This could contaminate a sample with the emitted gas.
Enable to Heat the samples
in a vacuum atmosphere.
Adding a new heater to an existing system requires a large-scale modification, which may involve a significant cost. Such modification may be simply impossible due to space and/or structural issues.
Can be attached to your equipment. All you need is only 1 port.
Conventional systems usually require an electrical power of 10kW. As described above, it also requires a long time to raise temperature of a sample, extending the overall development time and causing more cost. Besides, it usually involves a significant cost to add a new system.
Only 2kw required for operation.
Less investment cost compared to Conventional ones.