Our health is important, and we place our trust in a plethora of doctors, nurses, pharmacists, and other medical professionals every day. There are a number of medical instruments that can be used to treat patients. PEPID offers single-user subscriptions, special group packages, and site licenses for entire healthcare systems, schools, departments and clinics. This requirement has implications for medical device design, user training programs, and ongoing support.
Some medical devices have been used in the home for many years; other devices are just beginning to migrate there; and emergent technologies present new opportunities for health care management in the home. All clinicians need high quality diagnostic tools to assess patients, and so do home caregivers!
To conduct fundamental research on the mechanical interactions between instrument and biological systems with the aim to develop instruments that allow for local diagnosis and treatment by reaching all locations in the human body with minimal damage to the healthy surrounding tissue, and thereby significantly improving the quality and efficiency of medical interventions.
We have an extensive portfolio of products for hospitals, GP surgeries, podiatrists and healthcare professionals, helping them to save money and operate more efficiently and safely. An important relative distinction, regarding surgical instruments, is the amount of bodily disruption or tissue trauma that their use might cause the patient.
Build the capacity of medical and technical professionals to use advanced, state-of-the-art healthcare technology and to conduct preventive technical maintenance work. The content is carefully selected from over 100 clinical journals through reliable application of explicit criteria for scientific merit, followed by assessment of relevance to medical practice by clinical specialists.
A global neurosurgery and neurovascular company that offers a broad portfolio of devices for hydrocephalus management, neuro intensive care and cranial surgery, as well as aneurysm coils, vascular reconstruction devices and other technologies used in the endovascular treatment of cerebral aneurysms and stroke.
Developed with the input of special operations medics, EMTs and fire professionals familiar with standard medical shears, the Raptor was crafted with just the right balance of multipurpose features for medical-specific ops without an overkill of tools to complicate sometimes life-threatening situations.
Has built-in intelligence and self-checks (e.g., bar code recognition, reference drug libraries, dosing limits, and best-practice guidelines), or transmits data to a remote health care facility, the chance of error is reduced (B. Braun Medical, Inc., 2000; Beattie, 2005; DiConsiglio, 2005).
Few professional medical organizations have tackled digital healthcare in their guidelines, but in 2016, the AMA issued guidance on the safe and effective use Uberdoco of mHealth apps and other digital health devices, such as trackers and sensors. While some of these devices were explicitly designed for use outside formal health care settings by professional home health caregivers as well as the general public, many devices were not.
Durable medical equipment includes environmental devices, such as specialized beds, person-lifting and transferring equipment, and toileting aids. Designed for professional use only. We always look for the safest, most effective technology on the market so our customers have access to the advanced medical instruments they need to help as many patients as they can.
Some of the devices envisioned will be embedded in common household objects, such as a biosensing chip in a toothbrush that will check blood sugar and bacteria levels; smart bandages made of fiber that will detect bacteria or a virus in a wound and then recommend appropriate treatment; smart T-shirts that will monitor the wearer’s vital signs in real time; and heads-up displays for glasses that use pattern recognition software to help people remember human faces, inanimate objects, or other data.