CooperSurgical
CooperSurgical Wallace CE123 SureView Soft 23cm Ultrasound Visible Embryo Transfer Catheter – Box of 10
CooperSurgical Wallace SureView Soft Embryo Transfer Catheter | Model CE123 | 23cm Extended Length | Full Ultrasound Echo-Visibility | Precision Assisted Reproductive Technology (ART) Tool | Box of 10
Expiration: 2030-03-03
The CooperSurgical Wallace CE123 SureView Soft Embryo Transfer Catheter is a premium, clinical-grade medical device engineered for precise, ultrasound-guided embryo replacement during In Vitro Fertilization (IVF) cycles. This specialized catheter utilizes patented Wallace SureView technology, embedding microscopic air bubbles within the catheter walls to provide clear, full-length echogenic visualization from hub to tip under ultrasound mapping. This design eliminates visual blind spots, enabling embryologists and clinicians to confidently position the hand-crafted, soft rounded tip inside the uterine cavity without causing mechanical trauma to the delicate endometrial lining.
Technical Specifications
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Equipment Typology: Full Echogenic Ultrasound Visible Embryo Transfer Catheter
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Manufacturer Catalog Number (MPN): CE123
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Nominal Catheter Working Length: 23.0 cm extended reach profile (230 mm internal lumen track)
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Inner Catheter Inside Diameter (ID): 0.76 mm
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Inner Catheter Outside Diameter (OD): 1.52 mm
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Outer Sheath Outside Diameter (OD): 2.30 mm
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Total Internal Fluid Hold-up Volume: 0.104 mL (104 microliters total capacity, excluding hub cavity)
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Volumetric Displacement Metric: 0.0045 mL per cm length (4.5 microliters per cm line displacement)
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Suggested Fluid Loading Parameter: 0.5 cm to 1.0 cm length corresponding to a 2.25 to 4.5 microliter payload target
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Echogenic Enhancement Technology: Integrated continuous microbubble polymer matrix for uninterrupted ultrasound reflection
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Tip Profile Finish: Hand-crafted, ultra-smooth rounded distal edge profile engineered to suppress uterine lining reaction
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Depth Orientation Tracking: Integrated high-contrast centimeter depth alignment markings along the shaft body