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Zepto laboratory sized plasma system

Manufactured by Diener Electronic
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Sourced in Germany

The Zepto laboratory-sized plasma system is a compact and versatile instrument designed for various plasma-based applications. It generates a controlled plasma environment for research and experimentation purposes. The system's core function is to produce and maintain a stable plasma within a contained chamber, allowing for the study and manipulation of plasma-related phenomena.

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Zepto Plasma System Zepto

2 protocols using zepto laboratory sized plasma system

1

Plasma Surface Activation of Gutta-Percha

Check if the same lab product or an alternative is used in the 5 most similar protocols
A Zepto laboratory-sized plasma system (Diener Electronic; Ebhausen, Germany), equipped with a 13.56 MHz generator, was used for the GP surface activation. Plasma treatments were executed considering three main parameters: (i) working gas (Ar or O2), (ii) treatment time (30 s, 60 s, 120 s, or 180 s), and (iii) power (25 W or 50 W). The work pressure was constant for all the treatments (~ 80 Pa), while the base pressure was always lower than 20 Pa. Figure 1 shows a schematic representation of the effect of the different plasma treatment (Ar and O2) applied to GP surfaces.

Schematic representation of the effect of the different plasma treatment (Argon and Oxygen) applied to gutta-percha surfaces.

Ferreira I., Lopes C., Rodrigues M.S., Rodrigues P.V., Castro C., Braga A.C., Lopes M., Vaz F., Pina-Vaz I, & Martín-Biedma B. (2023). Functionalization of gutta-percha surfaces with argon and oxygen plasma treatments to enhance adhesiveness. Scientific Reports, 13, 12303.
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2

Plasma Surface Activation of Gutta-Percha

Check if the same lab product or an alternative is used in the 5 most similar protocols
A Zepto laboratory-sized plasma system (Diener Electronic; Ebhausen, Germany), equipped with a 13.56 MHz generator, was used for the GP surface activation. Plasma treatments were executed considering three main parameters: (i) working gas (Ar or O2), (ii) treatment time (30 s, 60 s, 120 s, or 180 s), and (iii) power (25 W or 50 W). The work pressure was constant for all the treatments (~ 80 Pa), while the base pressure was always lower than 20 Pa. Figure 1 shows a schematic representation of the effect of the different plasma treatment (Ar and O2) applied to GP surfaces.

Schematic representation of the effect of the different plasma treatment (Argon and Oxygen) applied to gutta-percha surfaces.

Ferreira I., Lopes C., Rodrigues M.S., Rodrigues P.V., Castro C., Braga A.C., Lopes M., Vaz F., Pina-Vaz I, & Martín-Biedma B. (2023). Functionalization of gutta-percha surfaces with argon and oxygen plasma treatments to enhance adhesiveness. Scientific Reports, 13, 12303.
+ Open protocol
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