Digital Controlled Infusion Syringe Pump
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Features
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• Easy to use keypad interface- • Holds small or big syringes up to 60 mL
- • Pumps continuously until you stop the pump
- • Infusion rate can be changed while pumping
- • Remembers previous settings on power up
- • Power failure mode allows pump to continue pumping after a reset
- • Syringe purge mode
- • Displays total volume dispensed in mL or µL units
- • Maximum pumping rate of 25 mL/min with a 60 mL syringe
- • Precise reproducible flow rates
- • Selectable infusion rates units: mL/hr, µL/hr, mL/min, µL/min
- • Infuses Only Does not withdraw, volume target, or have computer interface
- • Infusion Syringe Pump with optional Heatable Glass Syringe is available at extra cost
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| Input Power Requirement | 100 -240VAC, 0.75Amps |
Dimension |
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100°C 20ml Heatable Glass Syringe with Temperature Control Unit
 | Max. Power
| 23 W |
Max. Temperature
| 100°C |
| Thermo Couple | K type |
Temperature Control Unit
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• The controller uses PID via SCR power control- • 30 segments programmable for heating rate, dwell temperature and time, and cooling
rate - • Receives analog output from infrared pyrometer
- • Over temperature protection and alarm allows for operation without attendant(s).
- • +/- 1 ºC temperature accuracy.
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| Dimensions | 260 x 230 x 120 mm (L x D x H) |
Syringe
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20ml Glass syringe
OD: 24mm
ID: 20mm
Total Length with booster: 145mm
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| Operation instructions |  |
Application Notes |
• Pre-metered Horizontal-Dipping Process
 
- • Such syringe pump can precisely control the volume of the solution per unit coating area been fed into
the gap between the cylindrical barrier and the glass substrate. - • Doctor-Blade (or Wire-Bar) Coating: Such Syringe Pump can be used for adding a solvent at various
concentrations. By using multiple syringe pumps, you can add an ingredient in a certain weight ratio to a mixed
solution. Similar to the Horizontal-dipping Process, the blended organic solution is introduced into the space
between the barrier and the substrate by such pumps' capillary action. The Doctor-Blade is transported horizontally
at a given constant velocity, a thin solution layer is then spread and formed evenly on the substrate. - • Dip Coating: Wet solution coating such as dip coating has been the most popular method for solution-processed
devices. - • DIY an Ultrasonic Spray and Electrospinning device
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