SpO2 sensor Masimo LNCS TC-I Reusable, ear clip sensor Length: 0.9 m, PU= 1 Originally 1895
40-80 by 161 results
Manufacturing of cannulated and non-cannulated pedicle screws including anodizing and packaging
CORROSION PROTECTION Rising demands for surface properties of parts require process reliable solu...
Connectivity in medical technology
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STABILO GREENline - Sustainable products
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Metrological control of manual sphygmomanometers
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SpO2 sensors Masimo LNCS Neo Disposable, newborn Length: 0.45 m, 20 pieces, PU= 1 Genuine 2329
3 core complete cable to Philips/HP with...
3 core complete cable to Philips/HP with push button DIN Monitors: C3: 862474, 862475, 862478, 86247...
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SpO2 adapter cable Masimo RED LNC-10
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Cuff Spacelabs 13-20 cm complete
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Power pack for pulse oximeter PalmCare Pro
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SpO2 finger sensor for Philips/HP
SpO2 finger sensor for Philips/HP D-shaped 8pin, length: 300cm Monitors: C1, C3 Virdia M3, M4 MP20,...
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Protective sleeve for cuffs 24-32 cm Spacelabs
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SpO2 sensor Masimo LNCS DCI Reusable, finger clip adults Length: 0.9 m, PU= 1 Originally 1863
ECG recorder - Cardio-M Plus and Co.
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SpO2 ear sensor for Philips/HP
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3-wire ECG trunk cable to Philips/HP
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Protective sleeve for cuffs 32-42 cm Spacelabs
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SpO2 sensor Masimo LNCS DCIP Reusable, finger clip children Length: 0.9 m, PU= 1 Originally...
Long-term ECG recorder Lifecard CF
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SpO2 sensors Masimo LNCS Inf3 Disposable, toddlers Length: 0.90 m, 20 pieces, PU= 1 Genuine 2319
GDSN Solutions for hospitals & GPOs
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Cuff Spacelabs 17-26 cm complete
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Spacelabs 90227 OnTrak ABPM Recorder
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SpO2 sensor Masimo LNCS YI Reusable, Y sensor Length: 0.9 m, PU= 1 Genuine 2258
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Mobile and stationary UV-C emitters - disinfection...
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Long-term blood pressure monitor IEM Mobil-O-Graph...
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Upper basket for optimal accommodation of...
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technology Majesty relies on the innovative and future-proof .net technology from Microsoft. A po...
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1 - 40 by 49 results
TCI - Gesellschaft für technische Inform... (EN)
35452 Heuchelheim, Deutschland
73033 Göppingen, Deutschland
H. C. Grosse GmbH & Co. KG (EN)
24635 Daldorf, Deutschland
78549 Spaichingen, Deutschland
72770 Reutlingen, Deutschland
76275 Ettlingen, Deutschland
TEBIT GmbH & Co. KG - The Medical Group (EN)
58540 Meinerzhagen, Deutschland
Kunststoff Christel GmbH & Co. KG (EN)
78073 Bad Dürrheim, Deutschland
ELCON Medical Instruments GmbH (EN)
78532 Tuttlingen, Deutschland
78576 Emmingen Liptingen, Deutschland
rose plastic medical packaging GmbH (EN)
88138 Hergensweiler
78532 Tuttlingen, Deutschland
Boeger-Therapie, die Narbentherapie (EN)
8590 Romanshorn, Schweiz
78559 Gosheim, Deutschland
85521 Ottobrunn / Riemerling, Deutschland
42781 Haan
26427 Moorweg, Deutschland
78591 Durchhausen, Deutschland
75179 Pforzheim
78532 Tuttlingen, Deutschland
Strohm Einrichtungen GmbH (EN)
78532 Tuttlingen, Deutschland
63500 Seligenstadt, Deutschland
78532 Tuttlingen, Deutschland
09661 Hainichen, Deutschland
46395 Bocholt, Deutschland
64367 Mühltal, Deutschland
78315 Radolfzell am Bodensee, Deutschland
for Medical equipment, equipment, devices and infrastructure
Product portfolio and range of services in Medical equipment, equipment, devices and infrastructure in medical technology or other healthcare-related industries .
When it comes to evaluating medical equipment, it is important to remember that every piece is different. Regulatory agencies have recognized different classes of medical equipment based on their functional features and potential for misuse. Some medical equipment may be used in combination with other medical products. These devices must be assessed according to their functional requirements and reliability. Below are some factors to consider when evaluating medical equipment. To learn more about these considerations, read on. The following are common types of medical machines.
Product reliability is one of the most important factors in choosing the right medical equipment. The reliability of a piece of medical equipment is determined by several characteristics, including its age. As with all items, the more recent a unit is, the better its performance. Generally, older equipment has fewer failures and is more reliable. As the age increases, the reliability of medical equipment begins to degrade. For example, a study published in 2010 by Badnjevic et al. found that medical equipment with a low reliability score has a lower efficiency score than those with high quality scores.
Performing a medical equipment assessment is an important step in planning healthcare actions. However, it is vital to choose the correct input parameters. No single technique is appropriate for all input parameters. The parameters should be applicable to the output. Mahfoud et al. link medical equipment assessment with maintenance strategies and recommended maintenance practices. For selecting appropriate input parameters, researchers can refer to existing datasets. These datasets may include details about the specific medical equipment as well as its maintenance history. By selecting the right input parameters, different outputs will be generated.
Government regulations are a significant factor in limiting the competition in the medical equipment industry. The first to market advantage conferred by intellectual property protection is limited to a finite period. In addition, government insurers may limit the growth of prices for incumbent products. But the growing global market provides a significant opportunity for medical device manufacturers to expand their geographic footprint. The costs of developing new products and procedures in the healthcare sector are higher than in other sectors. The existing regulatory environment offers a measure of relief from competition.
The purpose of medical equipment varies. Some are simple, while others are more complex. Some are used in hospitals for therapeutic purposes, while some are designed for home use. While the intended uses of medical equipment vary, it is essential to make sure that they are safe for the clinicians and patients in the process. While this is a big responsibility, the healthcare industry must keep its personnel and patients safe. By examining medical equipment, the authority may issue safety alerts or recalls.
There are two main types of medical equipment. The first type, called electro-medical equipment, contains various powered devices. In addition, these instruments are used in diagnostic procedures. These include X-rays, MRIs, and CT scans. The second category, known as anaesthesia equipment, involves devices that aid in the delivery of medical services. The third type of medical equipment is used in a hospital or clinic. Its purpose is to aid the patient.