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TYS01-02 Dual Rate Syringe Pump

The TYS01-02 integrates dual independent units with a combined “dual-pump functionality and intelligent control hub” design. Tasks that previously required two devices can now be accomplished with a single machine, capable of independent, synchronized, or programmed operations, eliminating redundant costs and doubling experimental efficiency. Whether for high-precision biopharmaceutical experiments or complex microfluidic system operations, the TYS01-02 delivers seamless and efficient solutions, streamlining and smartening your experimental processes.

Flow: 8pL/min~150.147mL/min
Max: 2 Channels

Feature

• Three Operating Modes, Covering All Scenarios
Independent Mode: Dual-channel asynchronous execution with differentiated settings for flow rate, volume, and interval time Synchronous Mode: Different specifications of syringes start and stop simultaneously, ensuring precise coordination and maintaining experimental consistency.
Programming Mode: Supports multi-segment programming and nested loops, accommodating more complex experimental designs.

• Log Function for Traceability
Real-time logging of time, parameters, and operations supports data visualization, saving, and exporting.

• Quick Installation, Saving Time and Effort
Syringe fixing can be completed with one hand, eliminating the traditional dual-nut operation for faster, steadier, and more convenient installation.

• Strong Compatibility
Compatible with a variety of syringes from 0.5 μL to 100 mL, with a single-channel thrust of up to 35 kgf to meet various experimental needs.

• User-Friendly Interaction Experience
New UI interface for easy operation and quick learning.
Optional protective cover to adapt to more experimental environments.

• Forward-Looking Functionality Reservations
Reserved wireless control port for remote operation.
Reserved constant temperature functionality to support temperature-sensitive experiments, such as microfluidics (cell culture).

Technical Parameter

Work Mode: Independent mode-Infuse,withdraw,infuse /withdraw, withdraw/infuse  continuous mode; Synchronous mode-Infuse,withdraw; Program mode: Infuse,withdraw
Channels: 2
Maximum Stroke: 110mm
Syringe Size: 0.5μL-100mL
Flow Range: 8pL/min-150.147mL/min
Travel Resolution: 0.156um/ustep
Linear Velocity: 1um/min –150mm/min
Linear Travel Accuracy: ±0.35% (when >30%of drive stroke)
Reset Precision: ±0.05%
Linear Thrust: 35kgf, adjustable
Method of Operation: Touch Screen Key
Display Method: 7 inches LCD display
Power Off Memory: Keep parameters before power-down
External Control: External signal controls start and stop (two channels for direction control, two channels for start-stop control), wide range input from 5-24V; state signal output (two channels indicate start state, two channels indicate direction signal)
Communicate Interface: RS485, MODBUS protocol
Power Supply Voltage: AC 100-240V 50/60Hz
Wattage: <65W
Working Environment: Ambient temperature 5~40°C Relative humidity <80%
Degree of Protection: IP31
Dimensions: 279×300×251mm
Driver Weight: 7.55kg
Applicable Syringes: Single 0.5uL-100mL syringe

Reference Table of Syringe Specifications and Flow Rate

Syringe Syringe ID Mix Flow Max Flow
0.5uL 0.103mm 8pL/min 1.249uL/min
1uL 0.146mm 16pL/min 2.511uL/min
2uL 0.206mm 33pL/min 4.999uL/min
5uL 0.343mm 83pL/min 12.497uL/min
10uL 0.485mm 184pL/min 27.711uL/min
25uL 0.729mm 417pL/min 62.608uL/min
50uL 1.03mm 833pL/min 124.984uL/min
100uL 1.457mm 1.667nL/min 250.092uL/min
250uL 2.304mm  4.169nL/min 625.383uL/min
500uL 3.256mm  8.326nL/min 1.248mL/min
1000uL 4.608mm  16.676nL/min 2.501mL/min
1mL 4.699mm   17.342nL/min 2.601mL/min
3mL 8.585mm 57.885nL/min 8.682mL/min
5mL 11.989mm 112.89nL/min 16.933mL/min
10mL 14.427mm 163.471nL/min 24.520mL/min
20mL 19.05mm 285.023nL/min 42.753mL/min
30mL 21.59mm 366.09nL/min 54.914mL/min
50mL 28.99mm  660.428nL/min 99.06mL/min
60mL 28.99mm  660.428nL/min 99.06mL/min
100mL 35.7mm  1000.982nL/min 150.147mL/min

Above flow parameters are obtained by using silicone tube to transfer pure water under normal temperature and pressure, in actually using it is effected by specific factors such as pressure, medium etc. Above for reference only

Dimension(mm)

 

Application Fields:

Laboratories, Industry, Testing Instruments, and more.

Typical Applications:

Microfluidic Chips, Microsphere Preparation, Organoid Culture and More.