PRODUCTS

Features: More spinnable material; High voltage power supply: 0-30kv; Centrifugal speed: 0-7000rpm; Temperature and humidity controllable; Optional collector: disc, vertical grid; Precious feeding pump: supplying liquid continuously.

Qingzi Nano’s MF01 is an equipment of series of nanofiber production line, including needle spinning( MF01-001 and MF01-002) and needle-free spinning (MF01-003 and MF01-004) series. It is based on electrospinning technology to produce nanofiber membrane in high efficiency and quantity production, which can meet the growing need for nanofiber applications and achieve industrial benefits.

Nanomaterial spraying technology is based on electrostatic, ultrasonic, gas field for fine spraying of low-viscosity materials, solving the agglomeration problem in the use of nanoparticles. With nano-scale microsphere spraying, the technology can be applied to the preparation of fuel cell proton exchange membranes, electrode catalytic materials, battery separators, heat exchange membranes, quantum materials, etc.

Qingzi Nano’s MF01 is an equipment of series of nanofiber production line, including needle spinning( MF01-001 and MF01-002) and needle-free spinning (MF01-003 and MF01-004) series. It is based on electrospinning technology to produce nanofiber membrane in high efficiency and quantity production, which can meet the growing need for nanofiber applications and achieve industrial benefits.

Qingzi Nano’s MF01 is an equipment of series of nanofiber production line, including needle spinning( MF01-001 and MF01-002) and needle-free spinning (MF01-003 and MF01-004) series. It is based on electrospinning technology to produce nanofiber membrane in high efficiency and quantity production, which can meet the growing need for nanofiber applications and achieve industrial benefits.

Qingzi Nano’s MF01 is an equipment of series of nanofiber production line, including needle spinning( MF01-001 and MF01-002) and needle-free spinning (MF01-003 and MF01-004) series. It is based on electrospinning technology to produce nanofiber membrane in high efficiency and quantity production, which can meet the growing need for nanofiber applications and achieve industrial benefits.

The biomaterials 3D printer is developed for tissue engineering. Tissue engineer scaffolds facilitate the proliferation and differentiation of cells, at the same time, it can rapidly promote the repair and regeneration of defective tissues, the diameter of the tissue scaffold produced by QINGZINANO's equipment is less than 1μm and it is more conductive for cells to attach and differentiate.

Nano electrostatic droplet printing technology is a combination of inkjet-printing technology and electrostatic inkjet printing technology, the diameter of the deposited droplet less than 50 nm. This technology can be widely used in IC, MEMS, electronics, energy, optics, biomedicine, micro/nano 3D printing and other fields.

-Printing resolation less than 50nm; -Nanofiber highly oriented and controllable; - International R & D team pioneering technology; - Exclusive patented technology; -Micro nano manufacture excellent tools

Temperature and humidity can be control in high precision and high speed; Can timing control the experiment; Modular design, multifunction; Multiple nozzle system; Automatic control intake and exhaust; Color touch screen, numerical control system; Operation is simple and clear.

Desktop style, small size; Function integrated, professional; Superior performance, CE/FCC certification; 4.3 inch numerical screen, simple and clean integration operating system; Highly cost effective, elegant appearance; Tool machine, affordable; Spinning voltage: 0-30kv; Both roller and panel collector; Nozzle reciprocating motion breadth: 150mm

Exhaust volume: 40L/min Exhuast pressure: 0.8mPa Noise: ≤48dB Button: touch Humidity adjustment: indoor humidity value: 25%HR Application range: in 1m×1m×1m relatively confined environment Display way: human-computer interface Whole size: 650×500×800mm