100-5000RPM Electrostatic Spinning Drum Collector High Speed 110V

Introduction: <br>The electrospinning drum collector is an important device for collecting nanofibers produced in the electrospinning process. These fibers have a wide range of applications in many fields, such as medical, environmental protection, energy and so on. The device uses a vertical drum, moving smoothly, stepless speed regulation, the speed can be adjusted within 100-5000rpm to meet different collection needs. <br> <br>Parameters: <br>Model: HZ-SJ-04 <br>Voltage: 110V <br>Power: 60W <br>Drum Size: Diameter 3.9"(100MM)XLength 7.9"(200MM) <br>Rotational Speed: 100-5000RPM, Accuracy 1RPM <br>Package Size: 13.8"*7.9"*13"(35CM*20CM*33CM) <br>Net Weight/Gross Weight: 7.7LBS(3.5KG)/8.8LBS(4KG) <br> <br>Items Included: 056980-EnzS <br>110V Drum Electrostatic Spinning Collector Rotating Drum Collector <br>Drum Electrostatic Spinning Collector*1 <br>Wrench*1 <br>Negative Wire*1

• The advantages of belt drive mainly include high transmission efficiency, low noise, relatively low maintenance cost, smooth transmission, providing a smooth power output, and simple structure.
• This machine can reach a maximum speed of 5000rpm, and by increasing the rotation speed of the drum, more fibers can be collected in the same time, thus improving production efficiency. At the same time, the high-speed rotating drum can better distribute and collect the fibers, making the resulting fiber membrane more uniform.
• The black roller is made of high-strength aluminum alloy combined with conductive Teflon corrosion resistant coating, which has the characteristics of light weight, smooth rotation, corrosion resistance, non-stick properties, and easy stripping and cleaning of fiber membranes.
• There are some vents on the machine, which can timely discharge the excess heat generated by the machine, prevent the temperature from being too high, and protect the machine.
• Insert one end of the negative wire into the device jack and connect the other end to the negative knob behind the high voltage power supply. Otherwise, fibers cannot be collected.