NanoSpin offers a comprehensive range of rotary and specialty electrospinning collectors to meet diverse electrospinning needs—from flat membranes to tubular scaffolds and aligned nanofibers. Each collector is engineered with precision, integrated control, and compatibility with NanoSpin lab-scale systems.
The Negative Cylinder Collector is designed for precise and controlled fabrication of nanofibrous membranes. It reduces fiber scattering, helping maintain a cleaner internal chamber while improving membrane thickness uniformity. Compatible with both positive and negative high-voltage power supplies, it also supports conjugate spinning applications.
With a maximum rotation speed of 3000 RPM, a length of 30 cm, and diameter options of 8 or 10 cm, this collector delivers excellent performance for membrane production. It can be used as a standalone component with a drum collector unit or integrated into a lab-scale electrospinning machine.
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The Disk Collector is ideal for producing uniform and circular nanofiber structures. It also enables researchers to investigate the effect of linear speed on fiber formation, making it highly useful for experimental studies and process optimization.
This collector is compatible with a negative high-voltage source and is available in 3, 5, and 10 cm diameters. With a maximum speed of 500 RPM, it offers controlled conditions for circular deposition and specialized nanofiber applications.
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The Mandrel Collector is developed for the fabrication of tubular nanofibrous samples with high precision. It includes a stage, controller, and interchangeable mandrels, allowing use either as a standalone system or as part of a lab-scale electrospinning setup.
The system includes six stainless-steel mandrels with diameters of 1, 2, 3, 4, 6, and 8 mm, enabling the production of tubular nanofibers in different sizes. It features a rotation speed range of 300–3000 RPM and a length of 25 cm, making it suitable for a wide range of research applications.
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The Wheel Collector is designed for electrospinning processes that require uniform coating on the cross-section of a rotating wheel. Its rotational motion supports fiber alignment, resulting in a more parallel fiber structure and improved coating consistency.
Compatible with a negative high-voltage source, this collector has a diameter of 20 cm, a rotation speed range of 300–3000 RPM, and thickness options of 1, 2, and 4 cm. It is particularly valuable in applications requiring precise fiber orientation and cross-sectional coating.
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The Single Wire Collector enables the precise fabrication of ultra-thin hollow nanofibers. By using a negatively charged wire as the collection target, fibers are deposited in a tubular form and maintain their structure after wire removal.
This collector supports cable diameters from 20 to 1000 µm, rotates up to 500 RPM, and features a 25 cm tensioned cable mechanism for improved stability during operation. It is compatible with negative high-voltage sources and is suitable for research and industrial applications involving hollow fiber production.
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The Needle Collector is designed for precise nanofiber coating on needles of various sizes, enabling the fabrication of hollow fiber structures and other specialized products. Its high precision and compatibility with multiple needle dimensions make it highly suitable for advanced experimental work.
The collector can be connected to a negative high-voltage source and operates at a rotation speed of 50–500 RPM. It is compatible with 33G and larger needles, offering flexibility for highly controlled coating processes.
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The Radial Collector is specifically designed to cover the radius of a cylinder, enabling the production of nanofiber yarn. Its configuration ensures controlled and uniform deposition, which is essential for yarn formation and related applications.
It is compatible with a negative high-voltage source and operates at 50–500 RPM. The collector is available in 2, 3, and 5 cm diameters, offering flexibility for different yarn production requirements.
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The Wet Collector is intended for electrospinning polymers that are not soluble in common solvents, such as cellulose. In this method, liquid crystal-based or non-volatile solvent systems are used, and fiber solidification occurs through coagulation in a solution bath rather than solvent evaporation during jet travel.
The rotating drum and coagulation bath work together to ensure controlled jet solidification and enable nanofiber production from otherwise challenging polymer systems. The Wet Collector operates at up to 50 RPM, with a collector length of 16 cm and a diameter of 10 cm.
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The Multi Wire Collector is an efficient solution for producing highly aligned nanofibers. It consists of thin stainless-steel wires positioned at equal distances from the rotation axis. At low speeds, fibers are deposited on and between the wires, while at higher speeds, the combination of electrostatic and mechanical forces significantly improves fiber alignment.
One of the key advantages of this collector is that it can achieve excellent alignment at lower rotational speeds compared to a rotating drum collector. It is compatible with a negative high-voltage source, supports up to 3000 RPM, and has a length of 25 cm and a diameter of 8 cm.
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NanoSpinning collectors are designed to offer:
Whether your goal is to produce flat membranes, tubular scaffolds, aligned fibers, yarns, or hollow nanofibers, our collector solutions provide the flexibility and control needed for reproducible and high-quality electrospinning results.
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