In Vitro Embryo Transfer Technology

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In Vitro Embryo Transfer Technology: As an effective means of treating infertility, IVF-ET covers a series of delicate links from ovulation induction to post-embryo transplantation care. This process requires not only precise operation, but also strict control of the speed and conditions of embryo transplantation to improve the success rate of implantation. Given this, medical laboratories around the world are committed to in-depth research on the details of embryo transplantation, using syringe pumps to accurately simulate the clinical manual injection process to ensure the stability and reliability of the experiment and promote the advancement of treatment technology in this field.

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Customer Demand

In this research field, a medical laboratory of a well-known university has put forward the following requirements:

High-precision microinjection is required to simulate the actual embryo transfer process.

The injection pump should be able to realize complex injection processes with non-constant flow rates, including uniform increasing and decreasing modes.

Embryo injection should be uniform and low fluctuation to reduce the impact on intrauterine pressure.

The equipment needs to be small and convenient to be used with other laboratory equipment.

The syringe pump must have a communication function to offer a remote control.

Longer programme

In response to the above needs, Langer provides a laboratory syringe pump with a programming function, which draws the embryo to be transplanted into the catheter connected to the syringe, and then remotely controls the syringe pump through special software to inject the embryo into the uterine cavity model to meet the laboratory's research needs. The application value of this solution is reflected in the following aspects:

Remote Control Function

The Longer pump syringe pump can be controlled and monitored on PC and mobile devices through dedicated PC software and Android app, automatically recording experimental data for later analysis.
Portable Design

The split actuator unit of the Longerpump syringe pump is small and light, making it easy to hold or install on an experimental stand, thus simplifying the experimental setup.
Low Fluctuation Injection

The design of the Longerpump syringe pump effectively reduces pressure fluctuations during the injection process, ensures the smoothness of the embryo transfer process, and helps to improve the success rate of embryo implantation.
Complex Injection Process Control

Using advanced stepper motor micro-step control technology, Longerpump laboratory syringe pump can perform complex injection processes such as constant flow, increasing flow, decreasing flow, etc., providing more operational possibilities for experiments.
High-precision Microinjection

Longer Pump laboratory syringe pumps can provide high-precision microinjection. Taking the digital split syringe pump dLSP 501X as an example, the flow range is from 0.0048nL/min to 95.82mL/min, meeting the strict requirements of experiments for microflow.

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