TSP01-08 Multi-Channel Independent Control Split Syringe Pump
Multi-channel syringe pump with 1-8 independently configurable channels, supporting syringes from 10μL to 60mL.
Features microprocessor-controlled stepper motors with ultra-precise 0.3125μm resolution and versatile operating modes.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Model fit
- Configured during quote
- SKU family
- RBP-0142
- Sizing
- 198.1 x 154.1 x 96.9 cm
- Ordering
- Online checkout and quote request available
- Category
- Syringe Pumps
- Build notes
- Confirm accessories, station layout, and support needs before purchase
Overview
The TSP01-08 Multi-Channel Independent Control Split Syringe Pump delivers precise fluid handling with up to 8 independently configurable channels. This advanced system features touchscreen controller operation with external control compatibility, making it ideal for complex multi-sample experiments requiring synchronized or independent fluid delivery protocols.
Key Features
Each channel operates independently with a maximum stroke of 90mm and rated linear thrust ≥16kgf (>90N). The microprocessor-controlled 32-subdivision stepper motor system provides exceptional precision with 0.3125μm per micro-step resolution. The pump accommodates syringes from 10μL to 60mL and offers versatile operating modes including infusion, withdrawal, infusion-then-withdrawal, withdrawal-then-infusion, and continuous mode. Linear velocity ranges from 3μm/min to 90mm/min, enabling both ultra-slow precision work and rapid fluid transfers.
Applications
Perfect for multi-sample cell culture perfusion, drug screening assays, microfluidics research, parallel sample preparation, and automated liquid handling workflows. The independent channel control makes it particularly valuable for experiments requiring different flow rates or timing sequences across multiple samples simultaneously.
Weight
- 3.0 kg
Dimensions
- L: 198.1 mm
- W: 154.1 mm
- H: 96.9 mm
Specifications
| Parameter | Specification |
|---|---|
| Channels | 1-8 (independently configurable) |
| Maximum Stroke | 90mm |
| Linear Thrust | ≥16kgf (>90N) |
| Syringe Compatibility | 10μL to 60mL |
| Operating Modes | Infusion, Withdrawal, Infusion-then-withdrawal, Withdrawal-then-infusion, Continuous |
| Motor System | Microprocessor-controlled 32-subdivision stepper motor |
| Step Resolution | 0.3125μm per micro-step (1/32 step) |
| Linear Velocity Range | Min: 3μm/min, Max: 90mm/min |
| Power Supply | DC24V, Fast, 5A |
| Control | Touchscreen controller or external control |
Frequently Asked Questions
What syringe sizes are compatible with this pump?
The TSP01-08 accommodates syringes ranging from 10μL to 60mL, providing flexibility for various experimental volumes and applications.
Can each channel operate at different flow rates simultaneously?
Yes, all channels (1-8) can be configured independently with different flow rates, operating modes, and timing sequences to meet complex experimental requirements.
What is the precision of the pump's movement?
The pump achieves exceptional precision with 0.3125μm per micro-step resolution using a 32-subdivision stepper motor system, ensuring accurate fluid delivery for sensitive applications.
Can individual channels be triggered to run sequentially — for example, channel 1 infuses for 10 seconds, then channel 2, then channel 3, then channel 4 — using an external controller?
Yes, the TSP01-08 supports independent per-channel configuration, so each channel can be set to different flow rates, volumes, and timing. For external sequencing via microcontroller or PLC, refer to the user manual for details on the RS485 interface and any external trigger inputs.
What flow rates per channel are supported, and is it suitable for low-viscosity aqueous solutions?
The pump supports syringes from 10 μL to 60 mL, with flow rate range dependent on the syringe size installed. It is designed for general laboratory liquid handling including aqueous and low-viscosity solutions. Consult the technical specifications for minimum and maximum flow rates at your target syringe size.
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