RUIMING Numerical Control Electrospinning Equipment with 30KV Power Supply and 20ml Capacity for Laboratory Research
Professional electrospinning equipment featuring 30KV high voltage power supply, 20ml syringe capacity, and precision numerical control system. Includes dual feeding modes, multiple collection options, and integrated heating for efficient nanofiber production. Compact 60×60×80cm design ideal for university labs and R&D departments.
Wuhan Ruiming Plastic Machinery Co., Ltd., established in 2001, specializes in polymer experimental equipment manufacturing. The company develops advanced laboratory equipment including twin-screw extruders, injection molding machines, and electrospinning systems that meet or exceed international standards.
| System Component | Specifications |
|---|---|
| High Voltage Power Supply | DC: 0-30KV, Current: <1mA |
| Numerical Control System | 4.3" Touch Screen Operation with System Communication |
| Liquid Supply Pump | Single Syringe, Max Solution: 20ml Auto Feed: 0.01-30ml/h Manual Feed: 1-80ml/min Syringe Specs: 1, 10, 20ml |
| Nanofiber Receiver | Roller Collection: 150mm length, Ø80mm diameter Speed: 0-1000r/min Flat Collection: L-shaped 180×220mm |
| X-Y Motion System | X Shaft: 50-200mm stroke Y Shaft: 150mm stroke, ±0.05mm accuracy |
| Heating Device | Temperature Range: Room Temp-45°C Heating Time: ≤5 minutes |
| Physical Dimensions | Less than 60×60×80cm Color: Light Blue with Transparent Door Power: 220V Triangular Plug |
- Precision numerical control with 4.3" touch screen interface
- High voltage power supply up to 30KV for efficient electrospinning
- Dual feeding modes: automatic (0.01-30ml/h) and manual (1-80ml/min)
- Multiple collection options including roller and flat L-shaped receivers
- Integrated heating system with rapid temperature control
- Compact design under 60×60×80cm footprint
- Professional-grade construction for laboratory research applications
Ideal for university laboratories and enterprise R&D departments conducting polymer research, nanofiber production, material science studies, and advanced material development projects.
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