ICSI Pipettes
ICSI micropipettes are used to aspirate and inject the sperm directly into the oocyte.
The combined offer of ORIGIO, Research Instruments and The Pipette Company provides a large selection of ICSI pipettes to fit all user preferences, including angle choices, bevel length, inner diameter and taper.
Availability
These products are available for sale in selected countries worldwide.
Key Product Information
Choose from the largest range of standard ICSI pipettes ever offered – all carefully designed to meet your preferences and help you optimize outcomes.
TPC Sharp-Blunt Spike™ Pipette
• Extra long parallel taper, specifically designed for very fine fluid control and suction during use
• Sharp-Blunt Spike for easy penetration of the zona pellucida and gentle progression through the oolemma to minimize risk of tearing
ORIGIO SlimLine Pipet
• Short taper for added stability when injecting
• Smaller inner diameter to minimize the impact on the oocyte
Order Codes
ORIGIO ICSI Micropipettes
ICSI Micropipets with Spike (10 per box)
| Reference | Description | Bevel Length | ID |
|---|---|---|---|
| MIC-50-0 | Straight ICSI | 8-10μm | 5.0-5.7μm |
| MIC-50-20 | 20º angled ICSI | 8-10μm | 5.0-5.7μm |
| MIC-50-25 | 25° angled ICSI | 8-10μm | 5.0-5.7μm |
| MIC-50-30 | 30° angled ICSI | 8-10μm | 5.0-5.7μm |
| MIC-50-35 | 35° angled ICSI | 8-10μm | 5.0-5.7μm |
| MIC-50-45 | 45° angled ICSI | 8-10μm | 5.0-5.7μm |
| Reference | Description | Bevel Length | ID |
|---|---|---|---|
| MIC-SI-0 | Straight ICSI | 10-11μm | 5.0-5.7μm |
| MIC-SI-20 | 20º angled ICSI | 10-11μm | 5.0-5.7μm |
| MIC-SI-25 | 25° angled ICSI | 10-11μm | 5.0-5.7μm |
| MIC-SI-30 | 30° angled ICSI | 10-11μm | 5.0-5.7μm |
| MIC-SI-35 | 35° angled ICSI | 10-11μm | 5.0-5.7μm |
| MIC-SI-45 | 45° angled ICSI | 10-11μm | 5.0-5.7μm |
| Reference | Description | Bevel Length | ID |
|---|---|---|---|
| MIC-35-0 | Straight ICSI | 11-12μm | 5.0-5.7μm |
| MIC-35-20 | 20º angled ICSI | 11-12μm | 5.0-5.7μm |
| MIC-35-25 | 25° angled ICSI | 11-12μm | 5.0-5.7μm |
| MIC-35-30 | 30° angled ICSI | 11-12μm | 5.0-5.7μm |
| MIC-35-35 | 35° angled ICSI | 11-12μm | 5.0-5.7μm |
| MIC-35-45 | 45° angled ICSI | 11-12μm | 5.0-5.7μm |
ICSI SlimLine (updated taper design)
| Reference | Description | Bevel Length | ID |
|---|---|---|---|
| MIC-SLM-0 | Straight ICSI | 10-12μm | 4.3-4.9μm |
| MIC-SLM-20 | 20º angled ICSI | 10-12μm | 4.3-4.9μm |
| MIC-SLM-25 | 25° angled ICSI | 10-12μm | 4.3-4.9μm |
| MIC-SLM-30 | 30° angled ICSI | 10-12μm | 4.3-4.9μm |
| MIC-SLM-35 | 35° angled ICSI | 10-12μm | 4.3-4.9μm |
| MIC-SLM-45 | 45° angled ICSI | 10-12μm | 4.3-4.9μm |
Larger ICSI Micropipets (10 per box)
| Reference | Description | Bevel Length | ID |
|---|---|---|---|
| MIC-8-20 | 20º angled ICSI | 8-10μm | 6.2-7.0μm |
| MIC-8-25 | 25° angled ICSI | 8-10μm | 6.2-7.0μm |
| MIC-8-30 | 30° angled ICSI | 8-10μm | 6.2-7.0μm |
| MIC-8-35 | 35° angled ICSI | 8-10μm | 6.2-7.0μm |
| MIC-8-40 | 40° angled ICSI | 8-10μm | 6.2-7.0μm |
Standard Spermatid ICSI Micropipets (10 per box)
| Reference | Description | Bevel Length | ID |
|---|---|---|---|
| MIC-9-20 | 20º angled ICSI | 9-11μm | 6.6-7.9μm |
| MIC-9-25 | 25° angled ICSI | 9-11μm | 6.6-7.9μm |
| MIC-9-30 | 30° angled ICSI | 9-11μm | 6.6-7.9μm |
| MIC-9-35 | 35° angled ICSI | 9-11μm | 6.6-7.9μm |
TPC ICSI Micropipettes
| Reference | Pipette Type | Finish Style | Tip Angle | Internal Diameter (microns) | Distance tip to bend (mm) |
|---|---|---|---|---|---|
| LISR | Standard Injection – 30° Bevel | – | 30 | 5 µm | 1mm |
| LICR-TA35 | Standard Injection – 30° Bevel | – | 35 | 5 µm | 1mm |
| LICR-TA25 | Standard Injection – 30° Bevel | – | 25 | 5 µm | 1mm |
| LICR-TA20 | Standard Injection – 30° Bevel | – | 20 | 5 µm | 1mm |
| LISL | Left Handed Injection – 30° Bevel | Left Handed | 30 | 5 µm | 1mm |
| LICR-SBS | Short Spike Injection – 30° Bevel | Shorter Spike | 30 | 5 µm | 1mm |
| LICR-ID4 | Small ID Injection – 24° Bevel | – | 30 | 4 µm | 1mm |
| LICR-ID4TA30 | Small ID Injection – 24° Bevel | – | 30 | 4 µm | 0.6mm |
| LICR-ID4TL0.6 | Small ID Injection – 24° Bevel | – | 35 | 4 µm | 0.61mm |
| LICR-OD5 | Small ID Injection – 20° Bevel | No Spike | 30 | 4 µm | 1mm |
RI ICSI Micropipettes
ICSI Non-Spiked Injection Pipettes
| Part No.(box of 20) | Pipette Type | Finish Style | Tip Angle | Internal Diameter (microns) | Toe Length (mm) |
|---|---|---|---|---|---|
| 7-71-T5NI30/20 | ICSI Non-Spiked Injection | Non-Spiked | 30 | 5 | 0.75 |
| 7-71-T5NI35/20 | ICSI Non-Spiked Injection | Non-Spiked | 35 | 5 | 0.75 |
| 7-71-T5NI35L/20 | ICSI Non-Spiked Injection | Non-Spiked | 35 | 5 | 1 |
ICSI Spiked Injection
| Part No.(box of 20) | Pipette Type | Finish Style | Tip Angle | Internal Diameter (microns) | Toe Length (mm) |
|---|---|---|---|---|---|
| 7-71-T4SI30/20 | ICSI Spiked Injection | Spiked | 30 | 4 | 0.75 |
| 7-71-T4SI30L/20 | ICSI Spiked Injection | Spiked | 30 | 4 | 1 |
| 7-71-T5SI30L/20 | ICSI Spiked Injection | Spiked | 30 | 5 | 1 |
| 7-71-T4SI35/20 | ICSI Spiked Injection | Spiked | 35 | 4 | 0.75 |
| 7-71-T4SI35L/20 | ICSI Spiked Injection | Spiked | 35 | 4 | 1 |
| 7-71-T5SI35/20 | ICSI Spiked Injection | Spiked | 35 | 5 | 0.75 |
| 7-71-T5SI35L/20 | ICSI Spiked Injection | Spiked | 35 | 5 | 1 |
Why would you use a spiked injection pipette over a non-spiked pipette?
It is a matter of personal preference. Some embryologists feel that because the non-spiked has a longer bevel it could be damaging, so choose the spiked injection micropipette because it has a shorter bevel with a spike to help it penetrate the wall of the egg.
How does the SlimLine (MIC-SLM) differ from the standard ICSI needle?
The largest difference is in the taper design. The SlimLine taper is more parallel than the standard taper, which is somewhat conical. The length of the taper in the two types is the same.
The Slimline also has a small inner diameter of 4.3-4.9 µm, which is below the diameter of a standard ICSI pipette of 5-5.5 µm.
This design is chosen for minimally invasive ICSI procedures.
I am finding it difficult to control the flow in the ICSI pipette, do you have any suggestions on how to improve that?
The flow in the micropipette is most gentle and subtle in a long, fine tapered pipette. The longest option available in our range is from TPC.
Which is the best bend angle to use?
It doesn’t matter as long as it is aligned with the toolholder. A lower bend angle will restrict the accessible area in high-sided Petri dishes.
