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Based on customers’ research focus, laboratory space, and budget, Nanofiberlabs has developed a wide range of laboratory electrospinning machines, including handheld portable electrospinning equipment, desktop laboratory electrospinning machine E02S, multi-needle laboratory electrospinning machine E04S, vertical laboratory electrospinning machine E05S, near-field electrospinning machine, and multi-needle near-field electrospinning machine MPB-001. All machines feature PLC-integrated control, providing a high degree of automation, simple operation, and ease of use. They can spin a variety of materials, including water-soluble polymers such as PVA, PEO, and PVP, as well as non-water-soluble polymers such as PLA, PVDF, PAN, PU, PA, PS, and PES, fully meeting the needs of advanced scientific research and innovation.
Multi-needle Spinneret| Hybrid Electrospinning Technique;
Nanoparticle| Electrospraying| Ultrasonic Spray E-Spinning Integration;
Versatile Nanospinner| Dual High Voltage Power Supply;
Coaxial/Porous Structure| Core-shell/ Hollow| Bi-component Nanofibers;
Precise Temperature and Humidity Control| Electrically insulated cabinet;
Enhanced User Protection| CE Certified| Safety and Compliance.
Multinozzle Nozzle Electrospinning| Compact and Flexible;
Innovative Design| Production of Oriented or Aligned Nanofibers;
Adjustable horizontal movement to increase uniformity of membrane;
Automatic adjustable spinning distance| Precise Pumping;
Core-shell/ Hollow nanofiber| Loaded nanoparticles;
Changeable flat collector types| Tubular structure of nanofibers;
Artificial blood vessels| Wound dressing materials| Battery.
The Starter Electrospinning System| Budget-friendly Model;
Electrospinning Process| Lower-budget projects;
Designed for low-cost, small-scale nanofiber research;
Designed for versatility and ease of use| Multiple functions;
Distance, flow rate and applied voltage are easily adjustable;
Desktop| Small size of the system allows it to fit inside a fume hood.
Desktop style: Small size, saving space, can be directly placed on the test bench for use;
Fast printing speed: The maximum printing speed can reach 300mm/s, which improves R&D efficiency;
High printing accuracy: Equipped with the high-precision three-axis mobile platform, higher printing accuracy;
Accurate temperature control: Effectively control the melt viscosity, and there is no need to worry about the yellowing of the melt due to excessively high melt temperature;
Software assistance: Support software-assisted printing, more functions;
Custom pattern printing: Support multiple path printing;
Printing modes: Melt electrowriting and solution near-field direct writing electrospinning.
The printing accuracy can reach the nanometer level, and the diameter of the nanofibers can be adjusted and controlled;
Melt electrospinning and solution electrospinning capabilities;
Precise temperature control to solve the problem of yellowing of materials for long-term printing;
Unique software algorithm that supports patterned custom printing;
The flat or tubular scaffold can be prepared with adjustable tube diameter, which can be used for cell culture or vascular scaffold;
-X axis effective range: 850mm
-Collection speed: 0-200mm/s
-Revolving speed: 0~300r/min, accuracy +/- 3%
-Equipped with ø1~10mm 316 stainless steel tube collector can print tubular bracket, aspect ratio (L-850mm, p1-10mm);
-Equipped with room temperature ~ 300 ℃ melting nozzle;
-The temperature of the spinning chamber is controllable;
-The fiber diameter is controllable, small-diameter tubular scaffolds with high orientation and controllable porosity can be prepared;
-Near-field direct writing micro-nano printing;
-Designed for mass production of biological tissue engineering scaffolds, in line with medical device standards.
Integrated support for interdisciplinary research, clinical translation and technology services;
Software and hardware systems developed based on bio-3D printing needs,providing rich print path design algorithms, model libraries and manipulation methods;
Enables multi-channel synergistic/synchronized printing of cells, hydrogels, polymers and inorganic materials, etc;
Integrated intelligent ultra-clean control system, fully enclosed high-precision modules to meet the needs of high cleanliness and high-precision printing.
Portability: this product has the characteristics of small size, light weight, and strong practicability.
Safety: the normal operation of this product has no effect on human body.
Orientation: Ion wind and directional cover are dual auxiliary to realize the directional deposition of electrospun fibers.
This advanced electrospinning-centrifugal spinning equipment is designed for high-efficiency nanofiber production. Combining electrostatic and centrifugal forces, it produces ultra-fluffy, lightweight nanofibers with uniform diameter and superior porosity. The system supports continuous, large-scale operation, significantly increasing production output while maintaining consistent fiber quality. Ideal for applications in filtration, medical protective materials, functional textiles, and composites, this equipment ensures rapid, scalable, and energy-efficient nanofiber manufacturing, meeting the demands of modern industrial production.
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