CME Insider's Blog Posts

Investing in new medical equipment is one of the most significant decisions a healthcare facility, be it a major hospital, an Ambulatory Surgery Center (ASC), or a specialty clinic, will ever make. These assets are the lifeblood of clinical operations and can directly influence patient outcomes, staff efficiency, and financial sustainability.

In the complex healthcare environment of a hospital or ASC, medical equipment purchase decisions are not always simple. They can be a strategic, multidisciplinary process rooted in planning and evaluation. Failure to plan and haphazard evaluations can lead to costly downtime, regulatory non-compliance, clinical workflow bottlenecks, and, most critically, lower the quality of patient care.

Purchasing equipment used in healthcare, from a state-of-the-art MRI to a fleet of new IV Poles, is one of the most significant investments hospitals and Ambulatory Surgery Centers (ASC) will make. Get it right, and you unlock years of clinical excellence, operational efficiency, and financial stability. Get it wrong, and you risk incurring millions in irretrievable costs, profit crippling downtime, and, most importantly, compromised patient care.

Although taking blood pressure is routine practice inside the doctor’s office, inaccurate readings can occur, often the result of measurement technique or improper patient positioning. One technique that is recommended by the American Heart Association (AHA) and American College of Cardiology (ACC) is blood pressure (BP) averaging. BP averaging is simply the process of taking 2 or more readings and averaging them together.

This article will explore how Baxter vitals signs spot monitors and best practices can minimize inaccurate blood pressure readings.

Investing in capital medical equipment is a major decision for hospitals and ambulatory surgery centers (ASCs). While the purchase price often has the most attention, the full cost of ownership extends far beyond the price.

Medical equipment that has been asset tagged is not just a “nice to have.” It is a significant cost-control practice that can directly affect operational efficiency, patient care, and capital planning. Hospitals that know exactly what they own, where it is, and what condition it is in consistently outperform those that rely on outdated lists, manual logs, or guesswork.

The design of an Ambulatory Surgical Center (ASC) is not merely an architectural exercise; it is a strategic operational mandate. A well-optimized layout is the foundation of patient safety, staff efficiency, and fiscal health. In the competitive ASC environment, maximizing throughput and minimizing delays can directly impact the bottom line and the quality of care delivered.

Life sciences equipment and even the surfaces scientists work on are all built for the highest standards of disinfection and contamination control. In a world where contamination is a constant threat and precision is the name of the game the equipment’s material composition is not just important - it's critical. In this world, one material reigns supreme as the MVP of clean environments: medical-grade stainless steel. Look around any laboratory, pharmacy, or research environment and you will most likely see stainless steel in almost every conceivable form.

Let's explore why this remarkable material isn't just a preference, but a necessity.

Every day diagnostic imaging helps healthcare professionals make diagnoses and formulate comprehensive treatment plans. And, supporting every clear X-ray, detailed CT scan, or precision surgical image is the often taken for granted, but essential, imaging table.

Imaging tables are far more than just flat surfaces for patients undergoing imaging procedures. They in fact offer stable, adjustable, and radiolucent platforms essential for radiography. Imaging tables used in healthcare are designed to improve the quality of the images produced, the safety of the patient, and the ergonomic well-being of the clinical staff.

With that said, let's explore the different types of imaging tables, their unique features and benefits.

Cold storage is not just a necessity for hospitals, laboratories, and pharmacies, it could be said it is the backbone of patient care and research. From preserving life-saving vaccines to safeguarding biological samples, maintaining the integrity of temperature-sensitive materials is non-negotiable. Failures in cold storage can lead to compromised medications, wasted research, and, most critically, threats to patient safety.