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FAQs on Injection Micropipettes

Injection Micropipettes

Injection Micropipettes

Are there options for Monash Biotech Injection Micropipettes without a spike?


Yes, Monash Biotech offers micropipettes without a spike in 30° and 35° angled configurations with a bevel length of 11 μm and an inner diameter (I.D.) of 05 μm.


Whether you prefer spiked or non-spiked tips, our Injection Micropipettes have you covered.


Yes, our Injection Micropipettes offer a range of angles from 15° to 35°, as well as 0° (straight). This versatility allows you to choose the optimal angle for your specific ICSI procedures.


Our Injection Micropipettes offer versatility with two bevel length options: 11µm and 10µm. Choose the best option for your specific needs and preferences.


Monash Biotech's Injection Micropipettes are available in three inner diameter sizes: 5µm, 7µm and 8µm.


Common Causes : Sudden pressure changes during sperm injection Excessive force while penetrating the zona pellucida Manufacturing defects or micro-fractures from handling Avoidance Tips : Use micro-pipettes designed specifically for ICSI with reinforced tapering Control injection pressure using microinjector settings carefully Minimize contact between the micro-pipettes and the ICSI dish base Handle micro-pipettes with delicate forceps—never bare hands


The micropipettes with a spike are available in 30° and 35° angled configurations with a bevel length of 11 μm and an inner diameter (I.D.) of 05 μm


Dish Depth & Oil Layer: Steeper angles (35–45°) help avoid scraping the dish bottom. Zona Curvature: A shallow approach (~30°) reduces oocyte rotation on a convex zona. Manipulator Ergonomics: Operator comfort and range of motion often dictate fine adjustments.


The taper length of our Injection Micropipettes is 600 micrometers.


Common Causes : Protein or debris buildup inside the micropipette Improper sperm washing leading to particulate matter Micro-pipette diameter being too narrow for viscous media Prevention Tips : Store and handle micropipettes in dust-free, sealed containers Opt for micropipettes with an inner diameter optimized for sperm work


Common Causes: Static charge build-up on the pipette Suboptimal viscosity or composition of handling media Rough or unpolished pipette tips Solutions: Switch to anti-static-treated or fire-polished micropipettes Use media with proper protein concentration (e.g., HSA or BSA) Briefly rinse the embryo with fresh media if sticking is noticed Maintain consistent humidity and avoid plastic-on-plastic friction

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