VBCC manufactures advanced furnaces and specializes in high-precision electro-spinning equipment. One of our flagship products in this category is the Electrospinner, designed to create uniform, ultra-fine fibers or nano-materials through an electrospinning process. Here’s a closer look at the Electrospinner’s key components and performance specifications:
Key FeaturesElectroforming Chamber:
The Electrospinner is equipped with a sophisticated electroforming chamber, specifically engineered to support controlled fiber formation under consistent electrical fields. This chamber maintains optimal humidity and temperature, ensuring a stable spinning environment for consistent fiber production. The design minimizes contamination risk, delivering high-quality fibers with excellent uniformity.
Nozzle Size:
The Electrospinner is available with two nozzle sizes, 0.2 mm and 0.3 mm, allowing flexibility based on application requirements. These precision-engineered nozzles enable the production of fibers with varying diameters, giving users control over the final fiber characteristics. The smaller nozzle size is ideal for applications demanding ultra-fine fibers, while the 0.3 mm option provides faster throughput for larger fiber diameters.
Spindle Speed:
The Electrospinner operates with an adjustable spindle speed ranging from 2,000 to 12,000 RPM. This wide speed range allows operators to fine-tune the spinning process for optimal control over fiber thickness, alignment, and density. Faster speeds can be used for more rapid fiber formation, while lower speeds offer greater precision.
The Electrospinner is particularly suited for industries that require nano-fiber materials, such as medical devices, filtration, tissue engineering, and electronics. Its precise control over fiber diameter and formation environment makes it ideal for research and development as well as small-scale production.
AdvantagesWith VBCC's Electrospinner, users benefit from:
The Electrospinner combines innovative design with cutting-edge technology, making it a highly valuable asset for anyone involved in high-precision fiber production.