Masimo LNCS（1895）Reusable SpO2 Sensor – Adult Finger Clip
SPEC:Male 9-Pin Connector，Adult finger clip，Adult，3ft(0.9m)，1 pcs/pk
Description
Compatibility Information
| Manufacturer | Model |
| Bitmos | sat 800, sat 801, sat 805, sat 816, satPuls |
| CAS Med | 740 |
| Datex Ohmeda | Giraffe Infant Warmer, S/5 |
| Draeger | Infinity Delta, Infinity Delta XL, Infinity Kappa, Infinity M540, Narkomed 6400 |
| GE Healthcare > Corometrics | 128, 250, 250cx, 259, TRAM 450SL |
| GE Healthcare > Critikon > Dinamap | Carescape B650, Carescape B850, Carescape V100, Carescape V100 with Masimo technology, Carescape VC150, Dinamap ProCare with Masimo Pro 1000, Pro 300V2, ProCare 300, ProCare Ausculatory 400, ProSeries V2, V300 |
| GE Healthcare > Marquette | 8000 e Eagle 1000, Dash 2000, Dash 2500, Dash 3000, Dash 4000, Dash 5000, Dash Series, Eagle, PDM Module, Procare B40, SOLAR, Smk SMV, Solar 7000, Solar 8000, Solar 8000M, Solar Series, TRAM Modular, Tram 451, i/9500, i/9500 (Tram 451N5/851N5), x50SL Series |
| Invivo | Escort II OPT30 Prism, T8 |
| Masimo | 9216, 9226, All, Pronto – 7, R7CDS – 1, Rad – 5, Rad – 57, Rad – 8, Rad – 87, Radical – 7 |
| Mennen | Horizon XVu |
| Mindray > Datascope | Accutor V, Accutorr 3, Accutorr 7, Accutorr Plus, Accutorr V, BeneView T1, BeneView T5, BeneView T8, BeneVision N1, BeneVision N12, BeneVision N15, BeneVision N17, BeneVision N19, BeneVision N22, BeneVision TD60, BeneVision TMS60, BeneVision TMS80, Beneheart D6, DPM3, DPM4, DPM5, DPM6, DPM7, Duo, EPM4, MEC 12, MPM, PM 6000, PM 6800, PM 7000, PM 8000, PM 9000, Passport 12, Passport 12m, Passport 17m, Passport 2, Passport 2LT, Passport 8, Passport V, Passport XG, Spectrum, Spectrum OR, Trio, V12, V21, VS 8, VS 800, VS 8A, VS 8C, VS 9, VS 9A, VS 9C, cPM 12, cPM 8, ePM 10M, ePM 12M, iMEC 10, iMEC 12, iMEC 15, iMEC 15S, iMEC 5, iMEC 6, iMEC 7, iMEC 8, iMEC Series, iPM – 9800 |
| Natus | Connex |
| Penlon InterMed | All |
| Philips | Heartstream XL, IntelliVue FAST – SpO2, IntelliVue MP70, M1020B, M2601A, M3000A, M3001A, M3001A A03, M3001A A03C06, M3001A A03C12, M3001A A03C18, M3002A, M3002A MMS X2, M3500B, M4735A, M8102A, M8102A MP2, M8105A MP5, M8105AS, MP 30, SureSigns VS2, SureSigns VS3, VM4 |
| Respironics | Alice 5, Alice 6 |
| Stryker > Medtronic > Physio Control | Lifepak 11, Lifepak 12, Lifepak 15, Lifepak 20, Lifepak 20E |
| Welch Allyn | 1500, 45NE0 – E1 LX, 53S00, 53S0P, 53ST0, 53STP, 64HTPX – 2, 64HTPX – 3, 64HTPX – 4, 64HTPX – 5, 64HTPX – 6, 64HTPX – 7, 64HTPX – A, 64HTPX – B, 64HTPX – N, 64HTPX – Y, 64HTXX – 2, 64HTXX – 3, 64HTXX – 4, 64HTXX – 5, 64HTXX – 6, 64HTXX – 7, 64HTXX – A, 64HTXX – B, 64HTXX – N, 64HTXX – Y, 64HXPE – 2, 64HXPE – 3, 64HXPE – 4, 64HXPE – 5, 64HXPE – 6, 64HXPE – 7, 64HXPE – A, 64HXPE – B, 64HXPE – N, 64HXPE – Y, 64HXPX – 2, 64HXPX – 3, 64HXPX – 4, 64HXPX – 5, 64HXPX – 6, 64HXPX – 7, 64HXPX – A, 64HXPX – B, 64HXPX – N, 64HXPX – Y, 64HXXE – 2, 64HXXE – 3, 64HXXE – 4, 64HXXE – 5, 64HXXE – 6, 64HXXE – 7, 64HXXE – A, 64HXXE – B, 64HXXE – N, 64HXXE – Y, 64HXXX – 2, 64HXXX – 3, 64HXXX – 4, 64HXXX – 5, 64HXXX – 6, 64HXXX – 7, 64HXXX – A, 64HXXX – B, 64HXXX – N, 64HXXX – Y, 64MTPE – B, 64MTPX – 2, 64MTPX – 3, 64MTPX – 4, 64MTPX – 5, 64MTPX – 6, 64MTPX – 7, 64MTPX – A, 64MTPX – B, 64MTPX – N, 64MTPX – Y, 64MTXE – B, 64MTXX – 2, 64MTXX – 3, 64MTXX – 4, 64MTXX – 5, 64MTXX – 6, 64MTXX – 7, 64MTXX – A, 64MTXX – B, 64MTXX – N, 64MTXX – Y, 64MXPE – 2, 64MXPE – 3, 64MXPE – 4, 64MXPE – 5, 64MXPE – 6, 64MXPE – 7, 64MXPE – A, 64MXPE – B, 64MXPE – N, 64MXPE – Y, 64MXPX – 2, 64MXPX – 3, 64MXPX – 4, 64MXPX – 5, 64MXPX – 6, 64MXPX – 7, 64MXPX – A, 64MXPX – B, 64MXPX – N, 64MXPX – Y, 64MXXE – 2, 64MXXE – 3, 64MXXE – 4, 64MXXE – 5, 64MXXE – 6, 64MXXE – 7, 64MXXE – A, 64MXXE – B, 64MXXE – N, 64MXXE – Y, 64MXXX – 2, 64MXXX – 3, 64MXXX – 4, 64MXXX – 5, 64MXXX – 6, 64MXXX – 7, 64MXXX – A, 64MXXX – B, 64MXXX – N, 64MXXX – Y, 6500 series, 65HTPX – 2, 65HTPX – 3, 65HTPX – 4, 65HTPX – 6, 65HTPX – 7, 65HTPX – B, 65HTPX – N, 65HTPX – Y, 65HTXX – 2, 65HTXX – 3, 65HTXX – 4, 65HTXX – 6, 65HTXX – 7, 65HTXX – B, 65HTXX – N, 65HTXX – Y, 65HXPE – 2, 65HXPE – 3, 65HXPE – 4, 65HXPE – 5, 65HXPE – 6, 65HXPE – 7, 65HXPE – B, 65HXPE – N, 65HXPE – Y, 65HXPX – 2, 65HXPX – 3, 65HXPX – 4, 65HXPX – 6, 65HXPX – 7, 65HXPX – B, 65HXPX – N, 65HXPX – Y, 65HXTX – 2, 65HXXE – 2, 65HXXE – 3, 65HXXE – 4, 65HXXE – 6, 65HXXE – 7, 65HXXE – B, 65HXXE – N, 65HXXE – Y, 65HXXX – 2, 65HXXX – 3, 65HXXX – 4, 65HXXX – 6, 65HXXX – 7, 65HXXX – B, 65HXXX – N, 65HXXX – Y, 65MTPE – B, 65MTPX – 2, 65MTPX – 3, 65MTPX – 4, 65MTPX – 5, 65MTPX – 6, 65MTPX – 7, 65MTPX – A, 65MTPX – B, 65MTPX – N, 65MTPX – Y, 65MTXE – B, 65MTXX – 2, 65MTXX – 3, 65MTXX – 4, 65MTXX – 5, 65MTXX – 6, 65MTXX – 7, 65MTXX – A, 65MTXX – B, 65MTXX – N, 65MTXX – Y, 65MXPE – 2, 65MXPE – 3, 65MXPE – 4, 65MXPE – 5, 65MXPE – 6, 65MXPE – 7, 65MXPE – A, 65MXPE – B, 65MXPE – N, 65MXPE – Y, 65MXPX – 2, 65MXPX – 3, 65MXPX – 4, 65MXPX – 5, 65MXPX – 6, 65MXPX – 7, 65MXPX – A, 65MXPX – B, 65MXPX – N, 65MXPX – Y, 65MXXE – 2, 65MXXE – 3, 65MXXE – 4, 65MXXE – 5, 65MXXE – 6, 65MXXE – 7, 65MXXE – A, 65MXXE – B, 65MXXE – N, 65MXXE – Y, 65MXXX – 2, 65MXXX – 3, 65MXXX – 4, 65MXXX – 5, 65MXXX – 6, 65MXXX – 7, 65MXXX – A, 65MXXX – B, 65MXXX – N, 65MXXX – Y, 67MCEP – B, 67MCEX – B, 67MCTP – B, 67MCTP – B – ECG3A, 67MCTX – B, 67MCXP – B, 67MCXX – B, 67MREP – B, 67MREX – B, 67MRTP – B, 67MRTX – B, 67MRXP – B, 67MRXX – B, 67MSEP – B, 67MSEX – B, 67MSTP – B, 67MSTX – B, 67MSXX – B, 67MXDX – B, 67MXEP – B, 67MXEX – B, 67MXTP – B, 67MXTP – B – ECG3A, 67MXTX – B, 67MXXP – B, 67MXXX – B, 68MCEP – B, 68MCEX – B, 68MCTP – B, 68MCTX – B, 68MCXP – B, 68MCXX – B, 68MREP – B, 68MREX – B, 68MRTP – B, 68MRTX – B, 68MRXP – B, 68MRXX – B, 68MSEP – B, 68MSEX – B, 68MSTP – B, 68MSTX – B, 68MSXP – B, 68MSXX – B, 68MXDX – B, 68MXEP – B, 68MXEX – B, 68MXTP – B, 68MXTX – B, 68MXXP – B, 68MXXX – B, 73ME – B, 73MT – B, 74ME – |
Product Attributes
- Measurement Principle: Utilizes advanced photoplethysmography technology to accurately measure SpO2 levels by detecting the absorption of light at different wavelengths in arterial blood.
- Measurement Site: Specifically designed for adult finger clip, providing a convenient and reliable measurement site. The sensor is ergonomically designed to fit comfortably on the finger, ensuring stable contact for accurate readings.
- Cable Length: Features a 3 – foot cord, offering sufficient length for patient mobility during monitoring. The cable is flexible and durable, reducing the risk of tangling and breakage.
- Reusability: This is a reusable sensor, which helps to reduce costs for healthcare providers. It is made of high – quality materials that can withstand repeated use and cleaning procedures, ensuring long – term performance and reliability.
- High Accuracy:It can precisely measure oxygen saturation levels even in challenging conditions, such as low perfusion or patient movement. Clinical studies have shown that the sensor’s accuracy is within ±2% of the actual SpO2 value in a wide range of patients, making it a reliable choice for medical professionals in diagnosing and monitoring patients’ oxygenation status.
- Low Noise and Ambient Light Resistance:Product design design incorporates advanced noise – reduction technology and features recessed detectors and flexible side flaps. These design elements effectively reduce the impact of ambient light interference, ensuring stable and accurate measurements even in brightly lit environments.
- Exceptional Anti-Jitter Performance for Worry-Free and Precise Measurements The Masimo LNCS sensor is ingeniously designed to meet the needs of neonates, taking into account their delicate physiques and active natures. It incorporates advanced anti-jitter algorithms and a stable structural design, enabling it to effectively handle the limb movements that occur during neonatal measurements.
In the practical setting of a neonatal department, neonates often have difficulty staying still due to instinctive reactions, discomfort, or hunger. Ordinary SpO₂ sensors may experience significant data fluctuations or even measurement interruptions due to these jitters. However, the Masimo LNCS sensor, leveraging its special dynamic signal processing technology, can quickly identify and filter out interference signals caused by jitter.
For example, in a Neonatal Intensive Care Unit (NICU), neonates may frequently wave their limbs and twist their bodies. Despite this, the Masimo LNCS sensor can continuously and stably output accurate SpO₂ values. This provides reliable information for medical staff, facilitating the timely adjustment of treatment plans and safeguarding the health and safety of neonates. This outstanding anti-jitter performance ensures that measurements are not overly disrupted by the body movements of neonates. It always guarantees the accuracy and stability of data, providing stable and reliable measurement support for medical workers in both daily care and emergency medical treatment scenarios.
Additional information
| Lengh | 3ft, 10ft |
|---|---|
| Patient Connector | Adult finger clip, Adult index finger, Clip, Ear clip, Finger clip, Forehead, Infant toes head, Neonate foot palm, Neonate palm, Neonate-foot, Pediatric finger clip, Pediatric index finger, Silicone, Silicone wrap, Vet tongue clip, Y type Multisite, Adult ring |
