English
The 40.68 MHz self-excited RF generator is robust and durable, with a high energy conversion efficiency in the industry. Different gratings can be selected according to different applications to achieve higher resolution (up to 0.004 nm) or higher sensitivity. The scanning speed of the monochromator is 11% faster than that of traditional instruments, further reducing the consumption of argon gas.
Quantima Inductively Coupled Plasma Optical Emission Spectrometer
The 40.68 MHz self-excited radio frequency generator is robust and durable, with high energy conversion efficiency.
Depending on different applications, different gratings can be selected to achieve high resolution (up to 0.004 nm) or high sensitivity.
The scanning speed of the monochromator is 11% faster than that of traditional instruments, further reducing argon consumption.
The argon humidifier is used to handle various complex matrices (such as 40% high-salt samples) without diluting the samples, and it improves the detection ability of trace analysis.
Organic samples can be directly analyzed without any oxygen addition accessories.
The built-in cooler means there is no need to configure a large and bulky external circulating cooling device.
Quantima Inductively Coupled Plasma Optical Emission Spectrometer
The 40.68 MHz self-excited radio frequency generator is robust and durable, with high energy conversion efficiency.
Depending on different applications, different gratings can be selected to achieve high resolution (up to 0.004 nm) or high sensitivity.
The scanning speed of the monochromator is 11% faster than that of traditional instruments, further reducing argon consumption.
The argon humidifier is used to handle various complex matrices (such as 40% high-salt samples) without diluting the samples, and it improves the detection ability of trace analysis.
Organic samples can be directly analyzed without any oxygen addition accessories.
The built-in cooler means there is no need to configure a large and bulky external circulating cooling device.