ICSI Micropipette (Monash Biomed pvt ltd)

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ICSI Micropipette (Monash Biomed pvt ltd) Specification

Instruments Type
Assisted Reproductive Technology Accessory

Storage Instructions
Store in dry, sterile environment

Usage Type
Laboratory Use

Measurement Range
Tip diameter: 57 m (standard for ICSI)

Function
Facilitates sperm injection into oocyte

Accuracy
High precision tip (1 m tip diameter tolerance)

Shelf Life
3 Years

Features
Smooth finish, Sterile, Individually packed, Ready to use, Fine sharpness

Equipment Type
ICSI Micropipette

Material
High-quality Borosilicate Glass

Condition
New

Technology
Micromanipulation / Microinjection Technique

Portable
Yes

Wall Mounted
No

Magnification Power
Suitable for use with 20x to 40x

Real-Time Operation
Yes

Noise Level
Silent Operation

Operating Type
Manual

Use
Intracytoplasmic Sperm Injection (ICSI) Procedures

Power Consumption
0 W

Dimension (L*W*H)
Standardized Range: 90mm-100mm length, 1.0mm-1.5mm outer diameter

Weight
Ultra Lightweight <2g

Color
Transparent

Certified Quality
ISO 13485, CE Marked

Surface Treatment
Hydrophilic treatment available

Compatibility
Compatible with all standard micromanipulators

Tip Angle
30° ±5° beveled end

Capillary Type
Microcapillary Glass Pipette

Disposability
Single Use Only

End-Shape
Beveled/Polished Tip

Application Area
IVF Clinics, Fertility Centers, Research Laboratories

Packaging Type
Individually sealed sterile packs

Sterility
Gamma/ETO sterilized

About ICSI Micropipette (Monash Biomed pvt ltd)

Denudation Pipettes
It is used for the denudation of the oocyte before the microinjection by ICSI. Cumulas mass and corona tissues are removed by repeated aspiration and expiration of the oocyte. Available in different ID as per application.

Holding Pipettes
Used for ICSI, assisted hatching and blastomere biopsy. The well shaped fire polished tip allows secure fixation of oocyte and avoids damage of cell. Maximal contact surface, 95 micron or 120 micron OD, bend angle available from 5 degree to 35 degree.

Certified Safety and Sterility

ICSI Micropipettes are manufactured under stringent quality controls and sterilized using Gamma/ETO methods. Each unit is individually sealed in a sterile pack, offering uncompromised sterility for sensitive applications like IVF and fertility procedures. The sterility is maintained throughout its shelf life of three years when stored in a dry, sterile environment.

Precision-Engineered Design

Engineered from high-quality borosilicate glass, the micropipette features a fine, beveled tip with a diameter tolerance of 1 m and an angle of 30 5. The hydrophilic surface treatment facilitates accurate and smooth microinjection, ensuring efficient sperm transfer into oocytes and enhancing procedural success.

Universal Compatibility & Ease of Use

Designed for manual operation, the ICSI micropipette fits all standard micromanipulators and is suitable with magnification levels of 20x to 40x. It is ready to use straight from its sterile pack, with ultralight construction for excellent handling and silent operation during delicate laboratory workflows.

FAQs of ICSI Micropipette (Monash Biomed pvt ltd):

Q: How is the sterility of the ICSI Micropipette ensured?

A: Each micropipette is sterilized using Gamma or ETO methods and packaged in individually sealed sterile packs, maintaining sterility until use. This process complies with ISO 13485 standards for medical device safety.

Q: What steps are involved in using the ICSI Micropipette during an IVF procedure?

A: The micropipette is removed from its sterile pack and mounted on a standard micromanipulator under magnification (20x40x). During ICSI, it precisely injects a sperm cell into the oocyte with its fine beveled tip, facilitating fertilization.

Q: When should a new micropipette be used for ICSI procedures?

A: A new micropipette should be used for each procedure, as it is designed for single-use only to prevent contamination and ensure procedural accuracy.

Q: Where can the ICSI Micropipette be effectively utilized?

A: It is ideal for use in IVF clinics, fertility centers, and research laboratories specializing in assisted reproductive technology and micromanipulation techniques.

Q: What advantages does the hydrophilic treatment offer?

A: Hydrophilic surface treatment enhances fluid transfer, reduces sample adherence to the glass, and improves overall accuracy during delicate microinjection tasks.

Q: How does the design of the tip benefit the ICSI process?

A: The beveled and polished tip, with a precise diameter and angle, allows for efficient penetration and smooth delivery of sperm cells into oocytes, promoting higher success rates in assisted reproduction.

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