Designing of microcontroller based Syringe Pump with variable and low delivery rates for the administration of small volumes

Khan, Muhammad Ahmed; Tehami, Sameed; Mazhar, Osama

doi:10.1109/siitme.2015.7342311

Cited by 8 publications

(6 citation statements)

References 9 publications

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“…Menurut penelitian sebelumnya, (Khan et al, 2015) merancang prototipe syringe pump dengan menggunakan mikrokontroler AT89S52 sebagai pengendali sistem yang terdiri dari LCD, motor stepper dan keypad. Hasil yang didapatkan adalah syringe pump memiliki ketelitian 0.1mL akan tetapi memiliki mekanisme yang cukup besar.…”

Section: Pendahuluanunclassified

High Precision 3D Printed Syringe Pump for Contact Angle Goniometer

Sentosa

Ginting

Azmi

et al. 2021

JITE

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Contact angle goniometer is a tool used to measure the contact angle of a surface which is usually coated with nanomaterial. Contact angle goniometer has an important part, that is syringe pump as a tool for dripping a number of liquids with high precision and accurate flowrate. The function of the syringe pump is to control amount and feedrate ofÂ liquid on a milliliter to microliter scale per minute using a simple microcontroller. In this study, this syringe pump used an arduino as a controllerÂ and a stepper motor as a syringe driver. Casing and the syringe pump mechanism were designed with AutoCAD Fusion360 software and printed using a 3D printer. This syringe pump has an accuracy value of 99.5%, a precision value of 99.7% and a deviation value 0.4 ÂµL which is based on the solution measured using Mettler Toledo 204 analytical balance. From the result, it is obtained that the syringe pump has been used for the contact angle goniometer with an experiment of water being dripped onto the ABS plastic surface with flowrate 100 ÂµL/minute and the surface contact angle was analyzed using imageJ software and the result of the contact angle was 179Â°. Therefore, based on the result of this study, it can be concluded that the syringe pump can be used as a contact angle goniometer

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Section: Pendahuluanunclassified

High Precision 3D Printed Syringe Pump for Contact Angle Goniometer

Sentosa

Ginting

Azmi

et al. 2021

JITE

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“…In addition, in surgical robots for fundus microinjection, the injection mechanism should be fixed to the surgical arm of the surgical robot platform [23][24][25], necessitating a small size and a lightweight mechanism. The common mechanical knobtype syringe pumps are large with a long stroke [26], making them unsuitable for fundus microinjection.…”

Section: Introductionmentioning

confidence: 99%

Liquid-Driven Microinjection System for Precise Fundus Injection

Xu,

Hu,

Liu

et al. 2024

Sensors

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Microinjection is usually applied to the treatment of some retinal disorders, such as retinal vein cannulation and displaced submacular hemorrhage. Currently, the microinjection procedure is usually performed by using the viscous fluid control of a standard vitrectomy system, which applies a fixed air pressure through foot pedal activation. The injection process with the fixed pressure is uncontrollable and lacks feedback, the high flow rate of the injected drug may cause damage to the fundus tissue. In this paper, a liquid-driven microinjection system with a flow sensor is designed and developed specifically for fundus injection. In addition, a PID sliding mode control (SMC) method is proposed to achieve precise injection in the injection system. The experimental results of fundus simulation injection demonstrate that the microinjection system meets the requirements of fundus injection and reduces the impact of the injection process on the fundus tissue.

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“…[5][6][7][8] A new electric syringe pump design capable of obtaining less than 10% of error value has previously been reported. 9 The pump design uses a linear tubular actuator, which is a mechanical component that serves as a driver of the injection stem. The effect of heat generated from the stator is also important to note when the system is working.…”

Section: Introductionmentioning

confidence: 99%

“…[8][9][10] Previous studies have shown that the syringe pump can work on volumes of 1-50 ml, with an accuracy rate of 1 ml h -1 , indicating that the syringe pump is still not properly used for micro fields or nanotechnology. 9,11 Based on the previous explanation, this study makes reference to the syringe pump design using an Arduino Uno-based stepper motor to regulate the flow rate in the electrospinning application. 10 This research method consists of several steps, namely making syringe pump software and hardware.…”

Section: Introductionmentioning

confidence: 99%

A control system on the syringe pump based on Arduino for electrospinning application

Supriyanto

Anggriani

Suciyati

et al. 2021

JPS

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In this research, a control system in the form of a syringe pump has been developed to control the volume and flow rate of a liquid or a solution. The syringe pump is fabricated by controlling the speed and pulse width modulation (PWM) of stepper motors based on the Arduino Uno microcontroller board. The tools used are a stepper motor as a syringe driver, the Arduino Uno as a controller, a four-digit seven-segment display and a keypad matrix as an input interface. The syringe pump works by pushing the injection pump whose speed has been adjusted to the flow rate. The speed of the flow rate and volume are obtained by setting the delay time of the stepper motor using PWM pins from the Arduino Uno. The syringe pump is observed to work in the flow rate range of 0.10-12.00 ml h -1 . The system can be applied to medical settings as the control of volume and flow rate of drug fluids as well as with nanofibres using electrospinning technique.

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Designing of microcontroller based Syringe Pump with variable and low delivery rates for the administration of small volumes

Cited by 8 publications

References 9 publications

High Precision 3D Printed Syringe Pump for Contact Angle Goniometer

High Precision 3D Printed Syringe Pump for Contact Angle Goniometer

Liquid-Driven Microinjection System for Precise Fundus Injection

A control system on the syringe pump based on Arduino for electrospinning application

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