MSK-ECDC-6 Thin Mandrel Nanofiber Drum Collector with Stainless Steel Mandrels 1-6 mm Diameter, Adjustable Speed up to 2000 RPM

The MSK-ECDC-6 is engineered for precise collection of nanofibers in electrospinning setups, specifically targeting the fabrication of hollow tubular nanofiber structures. By depositing charged polymer jets onto a rotating mandrel, this collector facilitates controlled fiber alignment and density, essential for producing uniform tubular scaffolds and devices.

This model supports stainless steel mandrels with diameters ranging from 1 mm to 6 mm and a fixed length of 200 mm. The mandrels’ corrosion resistance and electrical conductivity ensure durability and stable electrospinning performance. The rotation speed is adjustable between 1 and 2000 rpm, allowing users to fine-tune fiber deposition parameters such as tube wall thickness and fiber orientation.

Wichtigste Merkmale

• Small-diameter rotating mandrel collector designed for nanofiber electrospinning applications.
• Interchangeable stainless steel mandrels available in six standard diameters (1-6 mm).
• Adjustable rotation speed from 1 to 2000 rpm for precise control of fiber deposition and alignment.
• Compact, modular design enables easy installation and removal from compatible electrospinning systems.
• Mandrels provide good corrosion resistance and electrical conductivity for stable operation.
• Supports electrospinning voltages up to ±30 kV with proper grounding and insulation.
• Suitable for fabricating artificial blood vessels, tubular scaffolds, sensors, and other biomedical or electronic devices.

Technische Daten

Typische Anwendungsbereiche

This collector is ideal for research and development of hollow nanofiber tubes used in artificial blood vessels, tubular scaffolds for tissue engineering, sensor fabrication, and other biomedical or electronic device applications requiring controlled fiber morphology and alignment.

Hinweise zur Konfiguration und zum Betrieb

The MSK-ECDC-6 is modular, allowing quick installation and removal from compatible electrospinning systems. Users must ensure proper grounding and electrical safety, especially when operating at high voltages up to ±30 kV. Ground-fault circuit interrupter (GFCI) protection and insulation checks are recommended before use.

Rotation speed should be adjusted according to mandrel diameter to avoid mechanical stress or bending, particularly for smaller mandrels. Residual fibers should be cleaned from mandrel surfaces after each experiment to maintain consistent results.

Operators should wear insulating gloves and avoid direct contact with high-voltage components during operation. Additional equipment such as a compatible high-voltage power supply and safety accessories may be required to complete the electrospinning setup.

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