OB ultrasound machine is a diagnostic imaging medical device designed to generate real-time ultrasound images used in obstetric (OB) care. It helps clinicians visualize pregnancy-related anatomy and physiology using high-frequency sound waves, supporting assessment, documentation, and follow-up across the prenatal and perinatal pathway.

Episiotomy scissors are manual, handheld surgical scissors designed for controlled cutting in obstetric care—most commonly for procedures involving the perineum during childbirth when a clinician determines an incision is required. As a simple-looking but high-consequence medical device, Episiotomy scissors sit at the intersection of patient safety, infection prevention, sterile processing quality, and supply chain reliability.

Vacuum extractor is a clinical device used in operative vaginal delivery to assist the birth of a baby by applying controlled negative pressure (vacuum) to a cup that attaches to the fetal scalp. In the right hands and the right circumstances, this medical equipment can help shorten the second stage of labor and support timely delivery when continued pushing is not achieving progress or when delivery needs to be expedited.

Delivery instruments forceps are handheld, mechanically simple but clinically consequential instruments used to assist vaginal birth in specific circumstances. In many hospitals, they sit at the intersection of obstetrics, surgery, anesthesia support, neonatal readiness, sterile processing, and clinical governance—meaning their safe use is as much an operational system issue as it is a clinician skill issue.

A **Labor bed** is specialized hospital equipment designed to support a birthing patient safely and comfortably through labor, delivery, and often the immediate recovery period—while also enabling clinicians to work efficiently and respond quickly to changing needs. Unlike a standard inpatient bed, a Labor bed typically prioritizes rapid positioning changes, perineal access for delivery, compatibility with obstetric accessories, and safe patient handling during a high-activity workflow.

An **Intrauterine pressure catheter** is a sterile, single-use clinical device designed to measure uterine pressure directly from inside the uterine cavity during labor. It connects to a fetal/maternal monitoring system to produce a continuous pressure waveform—helping clinical teams quantify uterine activity when external monitoring is unreliable or when more precise information is needed.

Fetal scalp electrode is an internal fetal heart rate monitoring medical device used during labor to obtain a more consistent, beat-to-beat fetal heart rate signal than external monitoring methods in selected situations. It is considered “internal” monitoring because it requires attachment of a small electrode to the fetus’s presenting part (commonly the scalp) and connection to an electronic fetal monitoring system.

Fetal monitor NST CTG is a clinical device used to monitor and document fetal heart activity and uterine activity. In practice, it supports **non-stress testing (NST)** in the antenatal period and **cardiotocography (CTG)** during labor and triage, helping care teams observe patterns over time and communicate findings consistently.

Cystometrogram equipment is specialized medical equipment used to measure and record how the urinary bladder stores and expels urine by capturing pressure–volume relationships during controlled filling (and often during voiding). In many hospitals and outpatient urology/urogynecology settings, it sits within a broader urodynamics suite and supports standardized, reproducible testing when symptoms alone do not provide enough clarity for decision-making.

A **Urodynamics system** is a specialized diagnostic **medical device** used to measure how the lower urinary tract stores and releases urine. In practical terms, it helps clinicians capture objective data on bladder pressure, abdominal pressure, urine flow, and related signals during filling and voiding. This information can support clinical decision-making when symptoms alone do not fully explain a patient’s problem or when treatment planning requires functional testing.

Urine meter is a clinical device used to collect and *measure* urine output accurately—often in smaller, clearly graduated volumes than a standard drainage bag. It is most commonly used as part of a closed urinary drainage system connected to an indwelling urinary catheter, especially when staff need reliable, time-based urine output documentation (for example, hourly trending in higher-acuity care).

A Catheter irrigation tray is a packaged set of sterile (or clean, depending on the product) supplies used to support catheter irrigation in a controlled, standardized way. In most hospitals, it is associated with urinary catheter care—helping trained staff flush a catheter, maintain patency, manage suspected blockage, or support ordered irrigation workflows while protecting the closed drainage system as much as possible.

Leg bag is a portable urine collection medical device designed to be worn on the patient’s leg and connected to a urinary catheter or compatible urine drainage interface. In hospitals, ambulatory clinics, rehabilitation centers, and long-term care, it is a practical piece of medical equipment that supports mobility, privacy, and continuity of urinary drainage when a bedside bag is not ideal.

Urinary drainage bag is a widely used medical device designed to collect urine from a urinary catheter or other urinary drainage pathway into a closed or semi-closed container. It is a deceptively simple piece of hospital equipment, yet it sits at the center of patient comfort, infection prevention, accurate intake/output documentation, and day-to-day nursing workflow.

A Catheter securement device is a medical device designed to stabilize a catheter and its tubing against the patient’s skin, reducing unintended movement, migration, kinking, and accidental dislodgement. In everyday hospital operations, securement can be as important as the catheter itself: a well-functioning line that is poorly secured is more likely to fail, require replacement, or trigger workflow disruptions.

A Suprapubic catheter kit is a sterile, packaged set of components used to establish or manage suprapubic urinary drainage—placing a catheter into the bladder through the lower abdominal wall rather than through the urethra. In modern hospitals and clinics, this clinical device supports urgent bladder decompression, planned urology pathways, and longer-term drainage when urethral catheterization is not appropriate or not achievable.

Straight catheter is a widely used urinary medical device designed for short-term, intermittent access to the bladder through the urethra. In day-to-day hospital operations, it supports common workflows such as bladder emptying when a patient cannot void, obtaining urine specimens when alternative collection methods are not feasible, and assessing urine output in time-sensitive clinical situations.

Urinary catheter Foley is a widely used **indwelling urinary drainage medical device** designed to drain urine from the bladder through a catheter that is retained in place (most commonly via an inflatable balloon). It is routine hospital equipment across emergency departments, operating rooms, ICUs, inpatient wards, long-term care, and outpatient procedural areas—yet it carries meaningful patient-safety, infection-control, and workflow implications.

Dialysis conductivity meter is a clinical device used to measure the electrical conductivity of dialysis fluids (such as dialysate, treated water, and concentrates) as a practical check that the fluid’s ionic content is within an expected range. In dialysis operations, conductivity is a fast, quantitative surrogate for “is the solution mixed correctly?”—a question that matters for patient safety, regulatory compliance, and day-to-day workflow reliability.

A Dialysis heater is medical equipment used to warm dialysis fluid (and, in some designs, related therapy fluids) to a controlled target temperature before it reaches the patient circuit or dialyzer. Temperature control is a foundational safety and comfort requirement in dialysis because the therapy involves moving large volumes of fluid across a membrane in close thermal contact with blood (hemodialysis and related therapies) or the peritoneal cavity (peritoneal dialysis). If the fluid is too cold or too warm, it can affect patient comfort and may contribute to avoidable adverse events.