Rotisserie-Type Accessories for RS 9 Digital Rotary Tube Rotator
Spit-type supports for RSLAB-9 digital rotary shaker, designed for multiple tube fastening.
Horizontal or vertical configuration depending on the application. Compatible with tubes from 1.5 to 50 ml. Robust stainless steel structure. Allow uniform shaking and parallel work.
The rotisserie-type supports for the RSLAB-9 digital rotary shaker are accessories designed for the simultaneous attachment of multiple tubes during rotary shaking processes.
These components are specifically developed for use with the RSLAB-9 shaker (Ref. 580.683090), ensuring precise integration and stable operation.
Made of stainless steel, they offer high mechanical and chemical resistance, making them suitable for use in laboratory environments, incubators, and controlled work chambers.
Configuration and operation
The supports allow tubes to be fixed in:
Horizontal position, for gentle and homogeneous mixing
Vertical position, for specific applications or space limitations
Each tube is held independently, minimizing vibrations and ensuring uniform and reproducible shaking.
Applications
This system is suitable for:
Biological cultures
Reagent mixing
Microbiological processes
Sample preparation
Emulsions and cell suspension
Available variants
The range includes different configurations based on volume and capacity:
580.683901 – Horizontal: up to 48 tubes of 1.5 ml
580.683902 – Horizontal: up to 24 tubes of 15 ml
580.683903 – Horizontal: up to 24 tubes of 50 ml
580.683904 – Vertical: up to 32 tubes of 1.5 ml
580.683905 – Vertical: up to 16 tubes of 15 ml
580.683906 – Vertical: up to 16 tubes of 50 ml
Technical characteristics
Type: Rotisserie-type support
Compatibility: RSLAB-9 digital rotary shaker
Material: Stainless steel
Configuration: Horizontal or vertical
Capacity: Depending on model (1.5 to 50 ml)
Function: Multiposition tube holding
Thanks to their modular and robust design, these supports allow the performance of the RSLAB-9 shaker to be optimized, facilitating the simultaneous processing of multiple samples with maximum stability and precision.
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