PROFESSIONAL MICRO/NANO 3D PRINTER

Features

1. Desktop style, small size;
2. Maximum printing speed: 300mm/s;
3. High voltage power supply: 0-10KV adjustable;
4. Optional: melt nozzle; precision injection pump;
5. Opening mechanical structure, easy to self-assembled and disassembled, can be applied in maker education;
6. Optional dual Y-axis motion system for printing continuously.

FexOy (Iron Oxide) Nanofibers

It is generally known that iron oxides mainly contain Fe2O3 and Fe3O4. Fe2O3 is stable in air, and possesses potential applications in adsorption, sensors, electrochemical catalysis, and other fields. On the other hand, Fe3O4 is a typical kind of magnetic material, which can be applied in magnetofluid as well as magnetic recording materials. Fe2O3 nanofibers with uniform structure can be easily prepared via an electrospinning technique followed by a calcination treatment (Fig. 3.6A). For example, Gao et al. prepared hollow a-Fe2O3 nanofibers via such a strategy and developed their potential in dye adsorption. Similarly, Nalbandian et al. found that electrospun Fe2O3 nanofibers possess promising prospects in heavy metal removal. Guo et al. studied the effect of the structure of electrospun Fe2O3 nanotubes on gas sensing; the results indicated that porous a-Fe2O3 nanotubes exhibited remarkably enhanced performance for acetone sensing over hollow a-Fe2O3 nanotubes. g-Fe2O3 nanofibers have also been successfully synthesized and their properties as acetone gas sensors have been found as well.

Single-Component Synthetic Polymer Nanofibers

Herein, we divide the synthetic polymers into several species. Among them, organic solvent-soluble polymers have been greatly developed, for example, electrospun polystyrene (PS) nanofibers have been prepared from different solvent systems (Fig. 3.5A). DMF, tetrahydrofuran, and their mixtures are the most commonly used solvents (Lin et al., 2010; Nitanan et al., 2012). Electrospinning of polyacrylonitrile (PAN) nanofibers also employs DMF as solvent (Fig. 3.5B), and they are a kind of excellent precursor for the fabrication of carbon nanofibers, which have been widely studied (Fen nessey and Farris, 2004; Gu et al., 2005). Polymethylmethacrylate (PMMA) is another familiar synthetic polymer; electrospun PMMA nanofibers as well as blended fibers have been developed for more than 10 years (Fig. 3.5C) (Ji et al., 2008; Carrizales et al., 2008).

Near Field Direct Writing Electrospinning Equipment M08

1. Printing resolation less than 50nm;
2. Nanofiber highly oriented and controllable;
3. International R & D team pioneering technology;
4. Exclusive patented technology;
5. Micro nano manufacture excellent tools

Near Electrospinning Technology Classification

Solution Near-field Electrospinning

Solution near-field electrospinning process, the printing material is prepared into a solution, and using electrostatic field print orientation nanofibers. It can produce a fiber orientation controllable fiber diameter range is 50nm-20μm, the solution electrospun near-field have more suitable materials.

Melt near-field electrospinning

Melt Near-field electrospinning process, the printed material is heated and melted, assisted with the electrostatic field, fibers with a diameter range of 500nm-50μm can be prepared, high 3D printing capability, very suitable for producing three-dimensional biological tissue engineering scaffolds.

Near field electrospinning equipment parameters

1. High voltage power supply: 0-30kv, adjustable;
2. Solution spinning nozzle: solution supply volume at least 10μl/h;
3. Melt spinning nozzle: nozzle temperature: 0-300℃, adjustable, precision pneumatic extrusion;
4. Printing environment temperature: indoor temperature -50℃, adjustable;
5. Collection platform: printing range 150*150mm, platform speed: 0-200mm/s, resolution: 50nm;
6. Nozzle height: 0-80mm, adjustable, resolution: 50nm;
7. Printable materials: PE0, PVA, PLA, PCL, PLGA, chitosan, sodium alginate, collagen, hydroxyapatite, PVDF and other hundreds of organic or inorganic materials;
8. printable user-defined patterns;
9. printable 3D structure;
10. customizable : temperature controllable collector;
11. customizable : multi-nozzle device. 

Lab Scale Electrospinning Machine E03-001

Features:

1. Desktop style,  small size;
2. Function integrated, professional;
3. Superior performance, CE/FCC certification;
4. 4.3 inch numerical screen, simple and clean integration operating system;
5. Highly cost effective, elegant appearance;
6. Tool machine, affordable;

Parameters:

1. Spinning voltage: 0-30kv;
2. Both roller and panel collector;
3. Nozzle reciprocating motion breadth: 150mm
4. Dimension: 600*600*800mm
5. Net weight: 47.46KG

Multifunctional Nanofiber Electrospinning Equipment E06

Features:

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

Parameters:

1. High voltage power supply: positive : 0-50kv; negative : 0-30kv;
2. Double pump: the smallest solution supply volume is 10μl/h;
3. Temperature control: indoor temperature: -70℃, precision: ±1℃;
4. Humidity control: indoor humidity: -30%HR, precision: ±3%, humidity control time: 3-5min;
5. High precision CNC system, can control experiment time, check the history data etc.;
6. Coaxial nozzle, prepare hollow fiber.

Electrospinning Micro Nano Biological 3D Printer M08

Features:

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

Near Electrospinning Technology Classification

Solution Near-field Electrospinning

Solution near-field electrospinning process, the printing material is prepared into a solution, and using electrostatic field print orientation nanofibers. It can produce a fiber orientation controllable fiber diameter range is 50nm-20μm, the solution electrospun near-field have more suitable materials.

Melt near-field electrospinning

Melt Near-field electrospinning process, the printed material is heated and melted, assisted with the electrostatic field, fibers with a diameter range of 500nm-50μm can be prepared, high 3D printing capability, very suitable for producing three-dimensional biological tissue engineering scaffolds.

Near field electrospinning equipment parameters

1. High voltage power supply: 0-30kv, adjustable;
2. Solution spinning nozzle: solution supply volume at least 10μl/h;
3. Melt spinning nozzle: nozzle temperature: 0-300℃, adjustable, precision pneumatic extrusion;
4. Printing environment temperature: indoor temperature -50℃, adjustable;
5. Collection platform: printing range 150*150mm, platform speed: 0-200mm/s, resolution: 50nm;
6. Nozzle height: 0-80mm, adjustable, resolution: 50nm;
7. Printable materials: PE0, PVA, PLA, PCL, PLGA, chitosan, sodium alginate, collagen, hydroxyapatite, PVDF and other hundreds of organic or inorganic materials;
8. printable user-defined patterns;
9. printable 3D structure;
10. customizable : temperature controllable collector;
11. customizable : multi-nozzle device. 

Multifunctional Nanofiber Electrospinning Equipment E06

Feature:

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

Parameters:

1. High voltage power supply: positive : 0-50kv; negative : 0-30kv;
2. Double pump: the smallest solution supply volume is 10μl/h;
3. Temperature control: indoor temperature: -70℃, precision: ±1℃;
4. Humidity control: indoor humidity: -30%HR, precision: ±3%, humidity control time: 3-5min;
5. High precision CNC system, can control experiment time, check the history data etc.;
6. Coaxial nozzle, prepare hollow fiber.

Lab Scale Electrospinning Machine E03-001

Feature:

1. Desktop style,  small size;
2. Function integrated, professional;
3. Superior performance, CE/FCC certification;
4. 4.3 inch numerical screen, simple and clean integration operating system;
5. Highly cost effective, elegant appearance;
6. Tool machine, affordable;

Parameters: 

1. Spinning voltage: 0-30kv;
2. Both roller and panel collector;
3. Nozzle reciprocating motion breadth: 150mm
4. Dimension: 600*600*800mm
5. Net weight: 47.46KG

Electrospinning Nanofiber Technology Introduction

Electrospinning technology: electrically charged polymer solution or melt is stretched and refined in high-voltage electrostatic field, accompanied by solvent volatilization or melt solidification, and becomes micro-nano-level fiber, which is deposited on the receiving device to form nanofiber film material with a certain accumulation density.

Features of electrospinning materials: High porosity; Small aperture; High specific surface area.

Application: air filtration, water filtration, battery diaphragm, electrode material, tissue engineering, drug sustained release, heavy metal ion adsorption, gas sensor, waterproof and moisture permeable clothing, catalyst etc. 

Foshan Lepton Precision M&C Tech Co.,Ltd

        

      Foshan Lepton Precision M&C Tech Co.,Ltd（QINGZI NANO）is a national high-tech enterprise covering R & D, manufacturing, sales and technical services. And it’s a reputable manufacturer from China which specializes in electrospinning technology as well as biological 3D printing technology, electrospray printing and nanofibers materials equipment.

       QINGZI NANO company's R&D team strength is very strong. At the same time, the company has established strategic cooperation with Berkley University, National University of Singapore, Xiamen University, Tsinghua University, Zhongshan University, South China University of Technology, Guangdong University of Technology and Jinan University. The company's products have been widely used in environmental protection, new energy, electronic information and biomedicine and other fields. Electrospinning products also received high-tech product certification.

        QINGZI NANO company has more than 80 patents, of which more than 50 patents for inventions, covering electrospinning technology, bio-3D printing technology and electrospray printing technology equipment and technology.