LSB-01 Split-Style Single Syringe Pump
The LSB-01 syringe pump is designed for precise and stable liquid delivery in laboratory and industrial applications. It accommodates syringes ranging from 10 μL to 60 mL, offering a flow range of 0.184 nL/min to 99.06 mL/min. Its 5" color LCD touchscreen allows intuitive parameter configuration, precise flow control, and real-time monitoring of operational status. Its modular design, robust communication interface, and durable construction make it ideal for complex fluid control tasks and continuous operation in demanding environments.
Functions and Features
- Lightweight industrial design with an injection-molded shell for enhanced anti-static properties and sleek, aesthetic lines
- 5-inch high-resolution color LCD touchscreen, easy and intuitive to operate
- Upgraded interface that is simple, fresh, with comfortable colors and optimized layout, emphasizing user-oriented functionality
- Easily switch between speed and time units to accommodate various experimental needs
- Supports horizontal and vertical screen orientation to maximize display in limited workspaces
- Built-in database of syringes manufacturers and sizes
- Supports custom syringes (manual input of inner diameter)
- Supports multiple operating modes
- Modular design with separate controller and execution unit for easy disassembly and integration with other instruments (e.g., stereotaxic apparatus)
- Precise and simple volume calibration for improved efficiency and accuracy
- New password protection feature to prevent unauthorized parameter changes, enhancing data security
- Superior control system and precise mechanical structure with a travel control precision error of less than ±0.35%
- Strong anti-electromagnetic interference capability, ensuring continuous and stable operation in high-voltage electrostatic fields
- Can form an automated control system with various host computers such as PCs, PLCs, and microcontrollers
- Built-in RS485 communication interface supporting MODBUS protocol for communication and remote control
- Suitable for laboratories, industry, and analytical instruments
- Typical applications: microsphere preparation, electrospinning, dispensing systems, mass spectrometers
Specifications
- Stroke: 110 mm
- Syringe Volume: 10 μL – 60 mL
- Operating Modes: Inject, withdraw, inject then withdraw, withdraw then inject, continuous cycle
- Operation: 5-inch color touchscreen, function keys for frequently used commands
- Volume Calibration: More accurate volume achieved through calibration program
- Communication Interface: RS485, MODBUS protocol; optional Wi-Fi
- Stroke Control Accuracy: ±0.35% (for stroke > 30% of full stroke)
- Linear Speed Range: 1 µm/min – 150 mm/min
- Stroke Resolution: 0.156 µm/µstep
- Number of Channels: 1
- Power Supply: AC 100 – 240 V, 50/60 Hz
- Operating Environment: Ambient temperature 5 – 40 °C, relative humidity < 80%
- Rated Linear Thrust: >10 kgf, adjustable
-
Drive Unit Dimensions (L × W × H): 266 × 86 × 76 mm
- Controller Dimensions (L × W × H): 290 × 205.2 × 101.5 mm
- Control Signal Inputs: 1 input for Start/Stop, 1 input to change direction
- Status Signal Outputs: 1 output indicating start/stop, 1 output indicating direction
- Flow Range: 0.184 nL/min – 99.06 mL/min
- Protection Class: IP31
- Weight: 1.495 kg + 1.8 kg (controller + execution unit)
Syringe Specifications and Flow Reference Table
| Syringe Size | Inner Diameter (mm) | Min Flow Rate (nL/min) | Max Flow Rate (mL/min) |
|---|---|---|---|
| 10μL | 0.485 | 0.184 | 0.027 |
| 25μL | 0.729 | 0.417 | 0.0626 |
| 50μL | 1.03 | 0.833 | 0.125 |
| 100μL | 1.457 | 1.667 | 0.250 |
| 250μL | 2.304 | 4.169 | 0.625 |
| 500μL | 3.256 | 8.326 | 1.248 |
| 1mL | 4.699 | 17.342 | 2.601 |
| 5mL | 11.989 | 112.890 | 16.933 |
| 10mL | 14.427 | 163.471 | 24.520 |
| 20mL | 19.05 | 285.023 | 42.753 |
| 30mL | 21.59 | 366.090 | 54.914 |
| 60mL | 28.99 | 660.428 | 99.06 |
*The reference flow rate data is obtained by transferring pure water at room temperature and atmospheric pressure. Actual flow rates may vary due to pressure, medium properties, and other factors.