TL-01 electrospinning machine

Under the influence of an electric field, the high-voltage electrospinning machine uses cutting-edge electrospinning technology to stretch polymer solutions into fine fibers, creating nanoscale or even finer fibers. Filtration, material reinforcement, pharmaceuticals, and textiles are just a few of the industries that use this electrospinning technique to create nanofiber materials with high specific surface area and superior performance.

For teaching and basic spinning experiments, the TL-01 high-voltage electrospinning machine is a simple yet fully functional apparatus. Complete spinning accessories, such as five different kinds of nozzles and yarn collectors, are included, giving users a plethora of options and enabling a variety of experimental combinations.

High Voltage Power:
Voltage Range: Typically 0–30 kV DC for electrospinning process application (common for lab models).
High-Voltage Current: ~0.2–0.5 mA max output (typical safety spec).
Voltage Control: Digital display + safety interlocks (standard design).

Syringe Pump / Solution Delivery:
Number of Syringes: Usually 1–2 pumps with independent flow control (basic models).
Flow Rate Range: 0.01–10 ml/h (roughly typical for basic lab electrospinning).
Syringe Compatibility: Common syringe sizes from 1 ml up to 50 ml.

Spinning Parameters:
Spinning Distance: Usually adjustable around 5–25 cm between needle and collector plate.
Collector Type: Plate collector (standard), with optional drum/mandrel available on some versions.

Biomedical & Healthcare:
Electrospinning technology is widely used in medical and biomedical fields due to its ability to mimic biological structures and support functional tissues:

Tissue engineering scaffolds - nanofiber mats resemble the extracellular matrix, aiding cell growth and tissue regeneration (skin, bone, cartilage, nerves).
Wound dressings - fibers can help maintain a moist healing environment and block microbes.
Drug delivery systems - electrospun fibers can encapsulate drugs for controlled release at targeted locations.
Medical implants & sutures - coatings or biodegradable fibers enhance compatibility with body tissues.

Filtration (Air & Water):
Because electrospun fibers have extremely fine diameters and high porosity, they are excellent for filtering very small particles:

Air filters — high-efficiency particulate capture (including mask materials).
Water purification membranes — remove bacteria, fine particulates, and contaminants due to tight pore structures.
Industrial dust collection and HVAC filters in manufacturing and clean spaces.