Neptune 3
Waste Management System
Neptune 3 is a constantly closed waste management system that collects, transports and disposes of surgical waste fluid helping protect staff from exposure whilst increasing efficiencies in the operating room. Neptune 3 also includes a built in smoke evacuator which is fully compatible with the Neptune SafeAir smoke evacuation pencil range to help protect staff from the hazards of surgical smoke.
Neptune 3 A complete solution for surgical fluid suction and smoke evacuation
Neptune 3 contains SealShut technology which enables a constantly closed system during all points of use. In addition, the internal HEPA and ULPA filters provide excellent filtration efficiency.1 Its closed system locks away suctioned fluids during cases, manifold changes, docking and transport; reducing exposure and spills.
Efficient workflow
Consistent Suction
Excellent Filtration
Efficiency1
Locks away Biohazards
Neptune collects, transports and disposes of surgical waste fluid
Key benefits and features
- Closed system locks away suctioned fluids during cases, manifold changes, docking and transport; reducing exposure and spills
- SealShut Technology offers three layers of protection at manifold site; no open access points to internal canister
- Enables patient-to-patient use via simple manifold change
- Compatible with SafeAir Smoke Evacuation Pencils
- Integrated ULPA smoke evacuator filter captures potentially hazardous submicron particulates with 99.999% efficiency4
- Auto mode automatically detects surgical smoke and adjusts flow
- Reduces hazardous exposure by suctioning surgical site fluid, floor fluid and surgical smoke
Calculate your ROI
Interested in your return on investment? Calculate the ROI, using our online ROI calculator.*
* This calculator is designed to be informational and educational only. Results achieved in this calculator are hypothetical and for illustration purposes only. Results of this calculator do not constitute any express or implied warranty or guarantee of savings or hospital efficiencies. By clicking Begin, you acknowledge you have read and understand this disclaimer.
Sealshut Technology
SealShut technology, locks away suctioned biohazards
(A) Provides 3 layers of protection to create a constantly closed system
1 - Twist seal inside manifold port
Twisting and removal of the manifold pivots the inlet cover which seals the canister
2 - Drip reduction valve in disposablemanifold
Located in the back of the manifold, the drip reduction valve automatically closes as the manifold is removed
3 - Backflow prevention valves insidemanifold
Backflow prevention valves stop captured fluids from leaving the manifold during use and disposal
HEPA and ULPA filters
HEPA and ULPA filters provide excellent filtration efficiency.
(B) HEPA and ULPA Filters
HEPA Filter
Neptune 3 contains a HEPA filter which filters the air suctioned during collection of surgical fluid with a filtration performance 99.97% efficiency at 0.3 microns1
ULPA Filter
Neptune 3 contains an ULPA filter to filter particles in surgical smoke with a filtration performance of 99.999% efficiency at 0.1 microns1
Neptune SafeAir
Capture surgical smoke at the source
“I literally could not breathe.”
- Dr. Tony Hedley -
77%
Up to 77% of the particles in surgical smoke are not adequately filtered out by standard surgical masks.5
Our team
is available online.
You can connect with us using Facetime, Skype, Teams and other tools that allow us to support you remotely. We are at your service and available for virtual meetings, presentations and demonstrations.
Thank You!
1. Stryker test report data on file, Stryker Instruments
2. Horn, Martlie et al. “Traditional canister-based open waste management system versus closed system: hazardous exposure prevention and operating theatre staff satisfaction.” Journal of Perioperative Nursing in Australia, 28:1 (Autumn 2015): 18-22.
3. Berthiaume, Dawn et al. “Environmental Excellence Award Nomination for Reduction in Biohazardous Waste Generation.” Department of Veterans Affairs, VA San Diego Healthcare System. (2007).
4. Laser Institute of America. “ANSI Safe Use of Lasers in Health Care.” Laser Institute of America, 2011. 7.4 of Z136.3. Web. Accessed January 8, 2016
5. Weber et al. “Aerosol penetration and leakage characteristics of masks used in the health care industry”. Am J Infect Contr. Aug; 21(4): 167-73. 1993.