Select spinnerets, collectors and environmental accessories for your experiments. Optional equipment is identified below; the final configuration is specified in your quotation.
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Platform & specifications Electrospinning chamber Black or navy blue metal enclosure with a grounded chassis and corrosion-resistant tempered-glass windows on two sides. View the process directly through the windows without a high-speed camera. Touchscreen control and adjustable exhaust airflow. The built-in fan delivers 75 m³/h and connects to an external exhaust duct. Ports are provided for protective gas and a dehumidifier. Technical specifications Parameter Specification High-voltage supply +30–50 kV / 0–1 mA Syringe pump Two independent channels, high-voltage insulation Flow rate 0.02–99.9 mL/h Minimum flow setting 0.01 mL/h Collector choices Rotating drum, mandrel, alignment collector, flat plate Drum speed 1–5000 rpm, ±1 rpm Spinneret choices Single-needle, V-type, coaxial, side-by-side, low-volume Microcapillary bore 1–45 μm; standard: 1 μm Membrane size Flat membranes: 300 × 300 mm; tubular membranes: 300 mm long Temperature Ambient to 60 °C Humidity 30–80% RH; optional dehumidifier down to 20% RH Safety Door interlock, emergency stop, static elimination, multipoint grounding Process observation Direct visual observation in real time Controls Touchscreen and control panel Exhaust 75 m³/h; external duct connection Enclosure Navy blue metal, tempered-glass windows on two sides Dimensions 800 × 620 × 970 mm; 1080 mm high with exhaust outlet Power requirements AC 220 V / 50 Hz / 1 kW Warranty 3 years
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Control & environment High-voltage power supply↓ Dual-channel syringe pump↓ Touchscreen control↓ Dehumidification↓ Mist-free humidifier — optional↓ Infrared heating↓ High-voltage power supply Positive high-voltage supply: +30–50 kV, 0–1 mA, with continuous linear voltage adjustment. Local operation and remote PC control and monitoring. Overvoltage, overcurrent, arc and short-circuit protection. A metal enclosure provides electrical shielding; start/stop control, low electromagnetic interference and high noise immunity support laboratory operation. Dual-channel syringe pump Set the plunger speed independently for each channel to deliver different liquids. Electrical insulation is designed to withstand high electrostatic voltages. Servo motor drive provides precision and thrust for dispensing viscous liquids. Touchscreen control includes real-time parameter logging and data retrieval. Flow range: 0.02–99.9 mL/h; minimum flow setting: 0.01 mL/h. Touchscreen control Control spinneret and collector motion from a central interface. Adjust liquid delivery and high-voltage settings, including changes during operation. Coordinate component motion and log, retrieve and export process parameters. Dehumidification A compact compressor dehumidifier supplies a gentle flow of dry air to reduce chamber humidity to approximately 30% RH. An optional upgraded dehumidifier can reduce humidity to 20% RH. Mist-free humidifier — optional Evaporative humidification regulates chamber humidity within 50–80% RH without mist deposits on the collector. Quiet, energy-efficient operation with antibacterial protection. Dimensions: 214 × 214 × 545 mm. Infrared heating Temperature control from ambient temperature to 60 °C. Infrared heating provides rapid, uniform heating with precise temperature control. 03
Spinnerets & motion Interchangeable spinnerets use dedicated insulating mounts and integrated motion control. Options cover single-needle experiments, composite fibers and multiple-needle operation.
Single-needle spinneret↓ Glass microcapillary needles↓ Low-volume spinneret↓ Coaxial spinneret↓ Side-by-side spinneret↓ Multiple-needle spinnerets — optional↓ Spinneret motion↓ Single-needle spinneret Supplied with 100 stainless steel needles in assorted sizes and a dedicated spinneret holder. Accepts standard metal needles. Adjust the spinning angle and the tip-to-collector distance for the experiment. Glass microcapillary needles Selectable inner diameters of 1–45 μm; the standard size is 1 μm. Hollow glass capillaries for low-viscosity fluids. Suitable for ultrafine fiber fabrication and near-field direct writing. Explore this accessory↗ Low-volume spinneret Electrospinning with as little as 0.5 mL of solution. The syringe connects directly to the needle without tubing, reducing consumption of costly materials. An optional dual-spinneret setup operates two low-volume spinnerets simultaneously. Coaxial spinneret For use with the dual-channel syringe pump. Includes five sets of inner and outer needles in different sizes. Interchangeable precision needles maintain concentric alignment. Extended needles support a low onset voltage. Also suitable for gas-assisted electrospinning. Explore this accessory↗ Side-by-side spinneret Two independently controlled liquid channels produce bicomponent fiber membranes. Includes five sets of needles in different sizes. Compatible with standard needle sizes. Explore this accessory↗ Multiple-needle spinnerets — optional Linear, circular and array configurations are available. A single inlet feeds multiple outlets for higher throughput. Explore this accessory↗ Spinneret motion Motorized reciprocating motion along the drum axis improves membrane uniformity. X-axis travel: 400 mm. Scan speed: 1–40 mm/s. Manual Y- and Z-axis positioning with graduated scales. Set or adjust motion on the touchscreen and review the recorded parameters. 04
Fiber collection Choose the collector for the required membrane geometry: flat sheets, narrow aligned ribbons or hollow tubes. A flat plate also accommodates substrates that cannot be wrapped around a drum.
Rotating drum collector↓ Rotating disc collector↓ High-alignment rotating collector↓ Rotating mandrel collector↓ Flat plate collector↓ Rotating drum collector Collect random or aligned fiber membranes by adjusting drum speed. High-speed rotation promotes fiber alignment. Speed: 1–5000 rpm; accuracy: ±1 rpm. Drum: 300 mm long × 100 mm diameter. Unrolled membrane size: 300 × 314 mm. Rotating disc collector Collect narrow, highly aligned nanofiber ribbons along the disc edge. Speed: 1–5000 rpm; accuracy: ±1 rpm. Disc diameter: 140 mm. Sharp or flat edge profiles. The sharp edge provides the highest alignment among the collectors shown. Unrolled ribbon length: 439 mm. High-alignment rotating collector High-speed rotation produces narrow membranes of highly aligned fibers. Speed: 1–5000 rpm; accuracy: ±1 rpm. Collector: 140 mm diameter × 50 mm long. Unrolled membrane size: 439 × 50 mm. Rotating mandrel collector Mandrel diameters from 1–30 mm; length: 300 mm. Produces hollow tubular membranes in different sizes, including scaffolds for vascular graft research. Nanofiber diameter: 100 nm–1 μm. Flat plate collector 10 × 10 cm plate made from 316 stainless steel, with an adjustable collection angle. For quick experiments and substrates that cannot wrap around a drum. An X–Y motion stage is available as an option. Explore this accessory↗ 05
Safety & installation Safety features↓ System dimensions↓ Safety features Enlarge image ↗ Emergency stop An accessible button shuts down the system quickly in an emergency.
Enlarge image ↗ Electrical protection Automatic shutdown in the event of overvoltage or overcurrent.
Enlarge image ↗ Door interlock Opening the chamber door automatically switches off high voltage.
Enlarge image ↗ Multipoint grounding The chamber, high-voltage supply, syringe pump and collector are grounded.
System dimensions Enclosure dimensions: 800 × 620 × 970 mm. Overall height including the top exhaust outlet: 1080 mm. Power requirements: AC 220 V, 50 Hz, 1 kW. An external exhaust duct can be connected to the built-in fan. 
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