Bi-Blade™+
The advanced 25,000 CPM dual-port vitrectomy cutter
Unlock the next level of vitrectomy performance
Elevate your surgery with Bi-Blade™+, an advanced dual-port vitrectomy cutter.
- 25,000 cuts per minute (CPM)
- Builds on the successes of Bi-Blade®, enabling greater efficiency, stability, and control
- Helps boost confidence for retina surgeons and deliver exceptional patient outcomes
Why Bi-Blade™+?1-4
Efficiency
Faster cut rate (25,000 CPM) improves flow rate and reduces retinal traction, helping to streamline procedures*
Stability
With Adaptive Fluidics™, Bi-Blade™+ helps support and maintain stable intraocular pressure (IOP), even at high vacuum levels*
Control
Optimizes surgeon feel and reduces sphere of influence allowing for closer cutting near the retina*
*Compared to Bi-Blade®. Based on ex vivo and in vitro testing.
Key Advantages of Bi‑Blade™+1,3,5
67%
increased cutter speed*
25%
more vitreous flow on average*†
62%
reduction in average infusion pressure with Adaptive Fluidics™
62%
less vibration at max cut speed*
*Compared to Bi-Blade®.
†Based on ex vivo and in vitro testing.
Higher Standard of Performance2,6
Minimize sphere of influence*
Reduce retinal traction to help lower the risk of iatrogenic tears*
Greater comfort and confidence in your practice
*Based on ex vivo testing.
References
- Heuer R, Papour A, Higgins G. Vitrectomy flow performance and optimized system settings for retina shaving with 25g, 25,000cpm dual-action vitrectomy probes. Poster presented at: ARVO conference; May 2025; Salt Lake City, UT.
- Higgins G, Papour A. Comparison of traction, sphere of influence, and pulsatile flow in-vitro vitrectomy using 25ga 25,000 CPM dual action vitrectomy probes and 25ga 7,500 CPM single action vitrectomy probes. Poster presented at: ARVO conference; May 2025; Salt Lake City, UT.
- Papour A, Hosten L. Intraocular pressure (IOP) optimized performance settings with posterior adaptive fluidics (PAF), and 25 gauge 25,000 cpm dual-action vitrectomy cutters. Invest Ophthalmol Vis Sci. 2024;65(7). Association for Research in Vision and Ophthalmology 2024 abstract 914.
- Data on file. Bausch + Lomb Inc. (128001310_Rev_A).
- Data on file. Bausch + Lomb Inc. (Graphs of std_BL).
- Teixeira A, Chong LP, Matsuoka N, et al. Vitreoretinal traction created by conventional cutters during vitrectomy. Ophthalmology. 2010;117(7):1387-92.
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Media
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Tag
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Bi-Blade™+ Brochure
Marketing Brochures Bi-Blade+Marketing Brochures Bi-Blade+ -
Retina Product Catalog
Catalogs Stellaris Elite Bi-Blade Pinnacle 360 Premium Syntrifugal Soft Tip Cannula Laser Probes Illuminated Directional EndoIlluminators Viscous Fluid Control DDMS Visco Dissector Cohen-Benner Contact Lens Bi-Blade+Catalogs Stellaris Elite Bi-Blade Pinnacle 360 Premium Syntrifugal Soft Tip Cannula Laser Probes Illuminated Directional EndoIlluminators Viscous Fluid Control DDMS Visco Dissector Cohen-Benner Contact Lens Bi-Blade+ -
Stellaris Elite® Adaptive Fluidics™ Brochure
Marketing Brochures Stellaris Elite Bi-Blade Bi-Blade+Marketing Brochures Stellaris Elite Bi-Blade Bi-Blade+
