Thin Mandrel Nanofiber Drum Collector with SS Mandrels 1-6mm, Up to 2000RPM - MSK-ECDC-6

MSK-ECDC-6 is a small-diameter rotating mandrel collector designed for nanofiber electrospinning systems. It is equipped with interchangeable stainless steel mandrels ranging from 1 mm to 6 mm in diameter and 200 mm in length. In this setup, nanofibers are deposited onto a rotating mandrel to form hollow tubular nanofiber structures. The adjustable rotation speed allows users to control fiber alignment, deposition density, and tube wall thickness. This method is suitable for the fabrication of artificial blood vessels, tubular scaffolds, sensors, and other biomedical or electronic devices. The compact, modular design allows easy installation and removal from compatible electrospinning systems. For more information, please contact us. If you use high-voltage power in the system, you must perform proper grounding and electrical safety tests, including GFCI protection checks where applicable, before first-time use. Improper grounding may damage the unit or cause electrical shock. SPECIFICATIONS Model (MSK-ECDC-6) and Features Small-diameter rotating mandrel collector for DIY electrospinning systems. Designed for collecting nanofibers and fabricating hollow tubular nanofiber structures. Supports interchangeable mandrels with diameters ranging from 1 mm to 6 mm. Adjustable rotation speed for controlling fiber deposition, alignment, and tube wall thickness. Compact, modular design for easy installation and removal. Suitable for artificial blood vessels, tubular scaffolds, sensors, and other research applications. Note: Additional equipment may be required to build a complete DIY high-voltage electrospinning system. For more information, please contact us. Mandrel Specifications Mandrel diameter range: 1 - 6 mm. Standard mandrel sizes: 1 mm, 2 mm, 3 mm, 4 mm, 5 mm, and 6 mm. Mandrel length: 200 mm. Mandrel material: Stainless steel with good corrosion resistance and electrical conductivity. Supports stainless steel mandrels in six standard diameters. Rotating mandrel collector with adjustable rotation speed. The compact, modular design enables DIY electrospinning flexibility. Rotation speed: 1 - 2000 rpm adjustable. Recommended safe operating speed: 1 - 2000 rpm. Maximum operating speed depends on mandrel diameter and material. Small-diameter mandrels may require reduced rotational speeds to prevent bending or breakage. Suitable for fabricating hollow nanofiber tubes with controlled wall thickness and deposition density. Maximum Operating Voltage Designed for electrospinning systems operating at voltages up to ±30 kV. A compatible high-voltage power supply is required. Proper grounding and insulation are essential for safe operation. Construction Material Main body: Insulating engineering plastic. Mandrels: Stainless steel. Corrosion-resistant mandrels with good electrical conductivity. Modular construction allows quick installation and removal from compatible electrospinning equipment. Dimension Size Overall dimensions: Approximately 310 mm L x 100 mm W x 230 mm H. Warranty One-year limited warranty with lifetime maintenance support. Certification CE certification (as specified by the manufacturer). Product Weight Approximately 10 kg (22 lbs). Application Notes Application Notes The MSK-ECDC-6 is designed for electrospinning experiments to collect nanofibers and fabricate hollow tubular nanofiber structures. A high-speed rotating mandrel collects charged polymer jets, enabling directional fiber deposition and tubular structure formation. The collector supports mandrels with diameters ranging from 1 mm to 6 mm, including both metal and insulating mandrels, to meet different experimental requirements for fiber tube diameters. By adjusting the rotation speed and applied voltage, users can control the fiber winding density and thickness on the mandrel surface to form hollow tubular structures suitable for artificial blood vessels, sensors, and other biomedical or electronic applications. The collector is designed to withstand high-voltage electric fields up to ±30 kV for stable operation during electrospinning experiments. High-Voltage Safety: Operators must wear insulating gloves during operation. Ensure the equipment is properly grounded and avoid direct contact with high-voltage areas. Rotation Speed Limitations: Do not overload the equipment. Reduce the rotational speed when using small-diameter mandrels to prevent breakage. Cleaning and Maintenance: Remove residual fibers from the mandrel surface promptly after each use to maintain accuracy in subsequent experiments.