SD650MH: High Vacuum Magnetron Ion Sputtering Coater (DC, RF, DC+RF)

Specification

SD650MH is specifically designed for material sciences and sample preparation. It is already proven and widely used by researchers in universities and scientific institutions in China and some other countries in Asia, and now becomes available for EU customers.

High Vacuum Magnetron Ion Sputtering Coater provides the most stable sputtering environment and achieves the suitable experimental condition for magnetron sputtering in a very short period of time. According to your needs, you can choose either DC, RF, or DC+RF power supply option for metals, ceramics, semiconductors, insulators, or for other thin film preparation.
Vacuum pumps and a chiller unit are included.

SD900: Ion Sputtering Coater

specification

SD900 is ideal for SEM sample preparation. It is widely used to coat non-conductive SEM samples with Au for better imaging. It is also excellent for surface treatment.

Working vacuum pressure can be achieved just within 2 minutes with a proper vacuum pump. It generates much less heat and it’s easy to operate.

A vacuum pump is included.

SD900M: Magnetron Ion Sputtering Coater

specification

SD900M is ideal for SEM sample preparation. It is widely used to coat non-conductive SEM samples with Au for better imaging. It is also excellent for surface treatment.

Working vacuum pressure can be quickly achieved within 5 minutes with a proper vacuum pump. It’s user friendly and easy to operate.

A vacuum pump is included while a chiller is optional.

SD900C: Magnetron Ion Sputtering + Thermal Evaporation Carbon Coater

specoificaion

SD900C come with two units: Magnetron Ion Sputtering unit and Thermal Evaporation Carbon unit. The magnetron ion sputtering unit is widely used to coat non-conductive SEM samples with Au for better imaging. It is also excellent for surface treatment. The thermal evaporation carbon unit applies thin conductive carbon film on a sample surface. Applying this coating is an effective preparation technique for diminishing charge-up electron artifacts for analysis in a SEM.

Working vacuum pressure can be quickly achieved within 5 minutes with a proper vacuum pump. It’s user friendly and easy to operate.

A vacuum pump is included while a chiller is optional for the magnetron ion sputtering unit.

SD800: Auto Ion Sputtering Coater

specification

SD800 is ideal for SEM sample preparation. It is widely used to coat non-conductive SEM samples with Au for better imaging. It is also excellent for surface treatment.

Working vacuum pressure can be quickly achieved with a proper vacuum pump. It’s user friendly and easy to operate with time control.

A vacuum pump is included.

SD800C:Thermal Evaporation Coater

specification

SD800C is ideal and designed for SEM sample preparation. It applies a thin conductive carbon film on a sample surface. Applying this coating is an effective preparation technique for diminishing charge-up electron artifacts for analysis in a SEM.

Working vacuum pressure can be quickly achieved within 5 minutes with a proper vacuum pump. It’s user friendly and easy to operate.

A vacuum pump is included.

SD980: Pulsing Thermal Evaporation Coater

specification

SD980 is ideal and designed for SEM sample preparation. It’s fully automated carbon coater that applies a thin conductive carbon film on a sample surface. Applying this coating is an effective preparation technique for diminishing charge-up electron artifacts for analysis in a SEM. A pulsed mode for sample protection is equipped as well.

Working vacuum pressure can be quickly achieved with a proper vacuum pump. Users can easily control heating power (current) and pulsing time (recipe) with the touch screen.

A vacuum pump is included.

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