ASP100 Series – Digital Syringe Pumps for Precise Dosing Applications
Digital syringe pumps of the ASP100 series for highly precise dosing of very small liquid volumes. For laboratory, research, pharmaceutical, and microfluidics applications.
Description
The ASP100 series of digital syringe pumps stands for highly precise, low‑pulsation dosing of very small liquid volumes in laboratory, research, and industrial applications. The product range includes single‑, dual‑, and multi‑channel syringe pumps with an intuitive touchscreen interface, flexible control options, and excellent repeatability.
Thanks to extremely fine resolution down to the pL range, versatile operating modes, and comprehensive communication interfaces, these pumps are ideally suited for applications with the highest requirements for accuracy, reproducibility, and process stability.
- High‑resolution LCD touchscreen with intuitive user interface
- Low‑pulsation pumping for very small volumes
- Dosing from pL/min to over 200 mL/min (model‑dependent)
- External control, RS485, Modbus, and LabVIEW® integration
- Benchtop operation or space‑saving vertical installation (up to −50% footprint)
- Storage and recall of up to 20 programs
Control & Integration
- Touchscreen operation
- External start/stop signals
- RS485 / Modbus RTU / OEM protocol
- LabVIEW® drivers and demos available
- Footswitch operation supported
Typical Applications
- Microfluidics & microfluidic chips
- Electrospinning
- Drug discovery & pharmaceutical research
- Cell and animal experiments
- Capillary electrophoresis
- Neuroscience & life sciences
- Organic synthesis
- Analytics & R&D
Technical Overview – ASP100 Series Digital Syringe Pumps
Specification
|
ASP11-1A
|
ASP11-1AP / ASP11-2AP (1 & 2 Channels) |
ASP12-1B / ASP12-2B (1 & 2 Channels) |
ASP12-XB (4–10 Channels)
|
Number of channels
|
1 channel
|
1 or 2 channels
|
1 or 2 channels
|
4 / 6 / 8 / 10 channels
|
Operating modes
|
Infusion
|
Infusion. withdraw. continuous bidirectional operation
|
Infusion
|
Infusion
|
Syringe volume
|
0.5 µL – 60 mL
|
0.5 µL – 150 mL
|
0.5 µL – 60 mL
|
0.5 µL – 10 mL
|
Reference flow range
|
3.3 pL/min – 120 mL/min
|
0.9 pL/min – 226 mL/min
|
up to 39 mL/min
|
model-dependent
|
Stroke
|
110 mm
|
140 mm
|
110 mm
|
110 mm
|
Pusher resolution
|
0.0326 µm/microstep
|
up to 0.0088 µm/microstep (highest precision)
|
0.0326 µm/microstep
|
0.0326 µm/microstep
|
Linear speed
|
up to 180 mm/min
|
up to 180 mm/min (finer resolution)
|
up to 180 mm/min
|
up to 180 mm/min
|
Positioning accuracy
|
≤ ±0.35%*
|
≤ ±0.35%*
|
≤ ±0.35%*
|
≤ ±0.35%*
|
Max. linear force
|
320 N
|
320 N
|
320 N
|
320 N
|
Program memory
|
20 methods
|
20 methods
|
20 methods
|
20 methods
|
Operation
|
Touchscreen
|
Touchscreen
|
Touchscreen
|
Touchscreen
|
External control
|
Yes
|
Yes
|
Yes
|
Yes
|
Communication
|
RS485. Modbus RTU. OEM
|
RS485. Modbus RTU. OEM
|
RS485. Modbus RTU. OEM
|
RS485. Modbus RTU. OEM
|
Dimensions (approx.)
|
240 × 180 × 137 mm
|
280 × 212 × 160 mm
|
280 × 223–315 × 160 mm
|
280 × 223–315 × 160 mm
|
Power supply
|
AC 90–260 V / 15 W
|
AC 90–260 V / 10–15 W
|
AC 90–260 V / 15 W
|
AC 90–260 V / 15 W
|
Operating temperature
|
0–40 °C
|
0–40 °C
|
0–40 °C
|
0–40 °C
|
Relative humidity
|
≤ 80% RH
|
≤ 80% RH
|
≤ 80% RH
|
≤ 80% RH
|
Weight
|
approx. 2.8 kg
|
approx. 2.9 kg / 2.85 kg
|
approx. 3.65 kg
|
approx. 4.65–5.15 kg
|
* applies when linear travel ≥ 30 % of the stroke