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LSP01-1A Single-channel Syringe Pump
Just infusion single-channel syringe pump with 5 µm/min minimum linear speed. The acceptable syringe specification is from 10 μL to 60 mL Compatible with AIO-Cell, Flow-cell and TL add-ons, and thin-film electrodes.
LSP01-1A Single-channel Syringe Pump
Dimensions: 280 x 210 x 140 mm (D x W x H)
Working mode: Infusion
Channels: 1
Advance per step: 0.156 µm
Linear force: > 90 N
Accuracy: ≤ ± 0.5% error in the condition of > 30% of max. infusion distance
Flow rate: 0.83 nL/min – 54.2 mL/min
Syringe size: 10 µL – 60 mL
Comm. interface: RS485
Pump stroke: 140 mm
Max. linear rate: 65 mm/min
Min. linear rate: 5 µm/min
State signal output: 2 output signals (OC gate signal) to indicate start/stop and direction
Control signal input: Falling edge or TLL signal to control start/stop
Display: Display volume, flow rate or linear speed (128x64 graphic LCD)
Power off memory: Storing the running parameters automatically
Power supply: AC 90V-260V / 15W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 3.6 Kg
Certificates: CE
LSP01-1A
LSP01-2A Single-channel Syringe Pump
Just infusion high-precision single-channel syringe pump with 1 µm/min minimum linear speed. The acceptable syringe specification is from 10 μL to 60 mL Compatible with AIO-Cell, Flow-cell and TL add-ons, and thin-film electrodes.
LSP01-2A Single-channel Syringe Pump
Dimensions: 280 x 210 x 140 mm (D x W x H)
Working mode: Infusion
Channels: 1
Advance per step: 0.031 µm
Linear force: > 90 N
Accuracy: ≤ ± 0.5% error in the condition of > 30% of max. infusion distance
Flow rate: 0.16 nL/min – 10.8 mL/min
Syringe size: 10 µL – 60 mL
Comm. interface: RS485
Pump stroke: 140 mm
Max. linear rate: 13 mm/min
Min. linear rate: 1 µm/min
State signal output: 2 output signals (OC gate signal) to indicate start/stop and direction
Control signal input: Falling edge or TLL signal to control start/stop
Display: Display volume, flow rate or linear speed (128x64 graphic LCD)
Power off memory: Storing the running parameters automatically
Power supply: AC 90V-260V / 15W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 3.6 Kg
Certificates: CE
LSP01-2A
TJ-3A Single-channel Syringe Pump
Infusion/withdrawal single-channel syringe pump. The acceptable syringe specifications are from 10 µL to 60 mL. Suitable for high accuracy and small flow rate liquid transferring.
TJ-3A Single-channel Syringe Pump
Dimensions: 170 x 108 x 70 mm / 245 x 100 x 95 mm (controller / drive unit) (D X W X H)
Working mode: Infusion, withdrawal, infusion/withdrawal, withdrawal/infusion, continuous
Channels: 1
Advance per step: 0.165 µm
Linear force: > 90 N
Accuracy: ≤ ± 0.5% error in the condition of > 30% of max. infusion distance
Flow rate: 0.139 µL/min – 52.9 mL/min
Syringe size: 1 - 60 mL
Comm. interface: RS485
Pump stroke: 90 mm
Max. linear rate: 79.4 mm/min
Min. linear rate: 7.9 µm/min
State signal output: 2 output signals (OC gate signal) to indicate start/stop and direction
Control signal input: Falling edge or TLL signal to control start/stop
Display: Display volume, flow rate or linear speed (128x64 graphic LCD)
Power off memory: Storing the running parameters automatically
Power supply: AC 90V-260V / 10W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 0.8 Kg (controller) 1.3 Kg (drive unit)
Certificates: CE
TJ-3A/W0109-1B
LSP02-1B Dual-channel Syringe Pump
2-channels syringe pump with infusion/ withdrawal mode. The acceptable syringe specification is from 10 µL to 140 mL. Suitable for high accuracy and small flow rate liquid transferring.
LSP02-1B Dual-channel Syringe Pump
Dimensions: 280 x 250 x 140 mm (D x W x H)
Working mode: Infusion, withdrawal, infusion/withdrawal, withdrawal/infusion, continuous
Channels: 2
Advance per step: 0.156 µm
Linear force: > 180 N
Accuracy: ≤ ± 0.5% error in the condition of > 30% of max. infusion distance
Flow rate: 0.83 nL/min – 150.5 mL/min
Syringe size: 10 µL – 140 mL
Comm. interface: RS485
Pump stroke: 140 mm
Max. linear rate: 130 mm/min
Min. linear rate: 5 µm/min
State signal output: 2 output signals (OC gate signal) to indicate start/stop and direction
Control signal input: Falling edge or TLL signal to control start/stop
Display: Display volume, flow rate or linear speed (128x64 graphic LCD)
Power off memory: Storing the running parameters automatically
Power supply: AC 90V-260V / 20W
Operating temperature: 0 to 40 ºC
Humidity: < 80%
Weight: 4.3 Kg
Certificates: CE
LSP02-1B
Flow System - Basic Pack
The basic pack includes:
- Fitting nuts (1/4" - 28 UNF - 1/16" OD tubing) - 5 units
- Ferrules PTFE/SS (1/4" - 28 UNF - 1/16" OD tubing) - 5 units
- PTFE tubing (OD: 1,6mm - 1/16" - ID: 0,8 mm) - 1 m
- Plastic syringes (10 mL) - 5 units
- Disposable scalpel - 1 unit
Flow System - Basic Pack
Contents: Fitting nuts + ferrules + tubing + syringes + scalpel
Details: Other pack options are available under request.
B-PACK
Flow System - Basic-Plus Pack
The plus-pack includes:
- Fitting nuts (1/4" - 28 UNF - 1/16" OD tubing) - 5 units
- Ferrules PTFE/SS (1/4" - 28 UNF - 1/16" OD tubing) - 5 units
- PTFE tubing (OD: 1,6mm - 1/16" - ID: 0,8 mm) - 1 m
- Glass reservoir (GL32 thread - 50 mL) with standard cap - 2 units
- Bottle cap (GL32 thread/ 2 x Luer ports) - 2 units
- Plastic syringes (10 mL) - 5 units
- Disposable scalpel - 1 unit
Flow System - Basic-Plus Pack
Contents: Fitting nuts + ferrules + tubing + reservoirs + syringes + scalpel
Details: Other pack options are available under request.
B-PACK+
High Voltage Cable
Compatible with MicruX® HVStat and microfluidic chip holder to connect the high voltage electrodes.
High Voltage Cable
Dimensions: 50 cm long
Contents: 1 x HV cable
Details: Accessory for MicruX® HVStat electrophoresis system.
MXF-HVCAB
Bipotentiostat Cable
Compatible with MicruX® HVStat and microfluidic chip holder to connect the electrodes of detection system.
Bipotentiostat Cable
Dimensions: 50 cm long
Contents: 1 x bipot cable
Details: Accessory for MicruX® HVStat electrophoresis system.
MXF-BIPOTCAB
MES Based Buffer Solution
Buffer substance provided as single dose specially developed to carry out electrophoresis separations in microfluidic devices with electrochemical detection. Buffer is available in different pH between 5.0 and 7.0.
MES Based Buffer Solution
Contents: 10 x Single Bottle - Buffer Substance
Details: The buffer substance should be diluted in distilled water to get the final concentration/pH.
MXF-MES
Flow System - Full Pack
The full-pack contains all the accesories for using using MicruX’ thin-film (micro)electrodes in flow systems with All-in-One platform. This pack includes:
- AIO-CELL-1x + 25 standard electrodes.
- Peristaltic pump and injection valve.
- Fittings, ferrules and tubing.
- Glass reservoir and other material.
Flow System - Full Pack
Contents: AIO Cell + 1 Add-on + 25 standard thin-film electrodes + fitting system + reservoir + other accessories
Details: Other pack options; with different peristaltic or syringe pumps, accessories…, are also available on demand. Packs might be customized taking into account the specific requirements of customers.
F-PACK-AIO
iHVStat Electrophoresis System
Integrated, automated, portable and miniaturized microfluidic electrophoresis system integrating HV power supply and bipotentiostat. High voltage up to +/- 3kV and DC potential up to +/- 2V. Fully controlled by software. Bluetooth and cable connections available. Compatible with microfluidic chip holder and microchips electrophoresis.
iHVStat Electrophoresis System
Dimensions: 165 x 150 x 95 mm (L x W x H)
Interfacing: Serial RS232/ USB Adapter/ wireless (Bluetooth)
LED indicators: power, Bluetooth, cable
Battery power: LiPo - 3300 mAh
HV channels/outputs: 1/4
HV outputs polarity: Positive / negative
HV Output Voltage: ± 3000 V
HV Max. Output Current: 0.34 mA
DC-potential range: ± 2.00 V
DC-potential resolution: 1 mV
DC-offset error: ± 1 mV
Accuracy: < 0.1%
Current ranges: 1 nA to 1 μA (4 ranges)
Maximun DC current: ± 2 μA
Weight: < 0.5 Kg
Certificates: CE
Details: PC software control - MicruX Manager. Integrated interface for microfluidic chip holder. Cabeless.
iHVSTAT
iHVStat Electrophoresis System
Integrated, automated, portable and miniaturized microfluidic electrophoresis system integrating HV power supply and bipotentiostat. High voltage up to +/- 3kV and DC potential up to +/- 2V. Fully controlled by software. Bluetooth and cable connections available. Compatible with microfluidic chip holder and microchips electrophoresis.
iHVStat Electrophoresis System
Dimensions: 165 x 150 x 95 mm (L x W x H)
Interfacing: Serial RS232/ USB Adapter/ wireless (Bluetooth)
LED indicators: power, Bluetooth, cable
Battery power: LiPo - 3300 mAh
HV channels/outputs: 1/4
HV outputs polarity: Positive / negative
HV Output Voltage: ± 3000 V
HV Max. Output Current: 0.34 mA
DC-potential range: ± 2.00 V
DC-potential resolution: 1 mV
DC-offset error: ± 1 mV
Accuracy: < 0.1%
Current ranges: 1 nA to 1 μA (4 ranges)
Maximun DC current: ± 2 μA
Weight: < 0.5 Kg
Certificates: CE
Details: PC software control - MicruX Manager. Integrated interface for microfluidic chip holder. Cabeless.
iHVSTAT
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- Mora-Garay Industrial Park · Building #6 · Juan de la Cierva, 2C, 33211 Gijón (Asturias), Spain
- Phone/Fax: (+34) 984 151 019
- Email: davidfernandez@infofuturo.com
- Web: www.micruxfluidic.com
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