ABOUT US> EQUIPMENT SERIES > CUSTOMIZED ELECTROSPINNING EQUIPMENT
  • TABLE-TOP E-SPINNER
  • HAND-HELD E-SPINNER

    TECHNICAL PARAMETERS

    PRODUCT FEATURES

    • Portable handheld device:

      Small in size, light in weight, free to move, and more flexible and convenient for scientific research.Portable and aesthetic outer packaging box for easy carry.The equipment is high of integration, the design is reasonable, and the use is easier and more portable.

    • Small and portable:

      The device has high integration degree, can be flexibly carried or can be fixedly placed in the test bench, clean room, fume hood, etc.It can be used in multi directions, or can be placed in a fixed position. It is more flexible and convenient for scientific research.

    • Accepting devices:

      It can be used not only for surface spinning such as aluminum foil or metal plate but also for human skin and biological experiments.Convenient operation and more user-friendly design. All-round safety protection design to protect equipment and the user.

    • Strong compatibility:

      It is equipped with all the functions of the traditional electrospinning device, and functions such as airflow assisted spinning, one-click start/stop function, and collinear grounding are added to make it safer and more reliable.

    OPTIONAL ACCESSORIES

    恒温恒湿箱

    外形长692MM、神马影院我不卡宽720MM、神马影院我不卡高760MM,内部可用空间长680MM、神马影院我不卡宽680MM、神马影院我不卡高486MM?山玊TE-1的纺丝枪(0-20KV)置于该箱内进行纺丝,箱内温、神马影院我不卡湿度(可调范围)及纺丝距离、神马影院我不卡纺丝电压均可调以满足不同溶液的纺丝要求,可选择平板或滚筒作为接收端。其中,滚筒转速为0-1400R/MIN,接收端可接负高压。箱体采用铝型材框架及透明有机玻璃组装而成,方便观察内部纺丝情况;正面箱门可打开,方便调整接收装置及取下纺丝制品等。

    TECHNICAL PARAMETERS

    PRODUCT FEATURES

    • Portability:small size, light weight, no external power supply, easy to operate with one hand.
    • Practicality:It can be used for experimental teaching, scientific research and emergency treatment of wounds in the field for timely protection of wounds and preparation of wound dressings.
    • Directionality: ionic wind, directional cover to keep electrospinning fiber directional deposition.