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Understand how leadership in quality management drives the successful implementation of quality systems. From the leadership role in QMS implementation to practical tips to improve leadership in quality management, this blog offers data-driven insigh...
Understand how risk mitigation strategies and proactive risk reduction can together reinforce compliance resilience. This blog explains the differences, practical use cases, and how to centralize control with risk management software. Schedule a pers...
From regulated sectors to agile tech teams, quality assurance is central to risk-free, scalable operations. Explore how modern quality management software can elevate your QA process. Request a demo to learn more.
When you swallow a pill, try a new medical device, or join a clinical trial, you trust that someone, somewhere, made sure it was safe and did what the label promised. That “someone” is the global patch-work of GxP rules—Good x Practices—covering ever...
Failure Mode and Effects Analysis (FMEA) delivers a tried-and-true, structured means of finding likely failure locations in a product, system, or process—well before they become defects, safety problems, or compliance hazards. Building on years of in...
Imagine you order a product online, and it turns out to be faulty. Could a single defective product affect your trust in a brand? The answer is an emphatic yes! Many consumers lose faith in companies delivering substandard goods. Product quality has...
Product recalls keep smashing records: U.S. manufacturers faced more than $1.9 billion in direct recall costs in 2024—and that tally only covers retrieval and disposal, not the lawsuits, fines, and lost trust that snowball afterward. At the same time...
Ever spot the weird “G‑x‑P” tag on every pharma checklist and wonder what it means? It’s not just fancy jargon. Those three letters are the travel pass that lets your medicine reach patients in one piece. GxP simply means “Good something Practice”—a ...
In the past two years, AI has vaulted from pilot projects to board-level priority in life-science quality. The U.S. FDA now lists more than 1,000 AI-enabled medical devices cleared for market use—a milestone that signals regulators are comfortable ap...
Manufacturing pharmaceutical products requires attention to detail and an unwavering commitment to quality. The stakes are incredibly high, directly impacting public health and safety. The United States Food and Drug Administration (FDA) established ...
Do you struggle with disconnected processes, mountains of paperwork, and a constant battle to maintain quality across your organization? Many businesses face these exact challenges. An integrated quality management system (IQMS) provides a solution t...
Have you ever wondered what separates a great work culture from a mediocre one? It’s the focus on employees and prioritization of their physical and mental well-being. Today, in the post-pandemic world, job hazard analysis is no longer an option; it ...
Most people still picture an IVD as the little blue-and-pink pregnancy test in their bathroom drawer. Cute—but today’s in-vitro diagnostics range from AI-driven next-generation sequencing panels to COVID swabs you run at the kitchen table. In short, ...
Good Manufacturing Practices (GMP) define the framework through which quality, safety, and consistency are built into every stage of the manufacturing lifecycle - it's a non-negotiable requirement.
In today’s precision-driven manufacturing world, not tracking a quality KPI in manufacturing industry is like flying blind. To achieve operational excellence in a very competitive environment, there is one quality KPI in the manufacturing industry th...
For quality and compliance leaders, audit readiness starts long before the regulator walks in. A non-conformance report (NCR) helps businesses capture, analyze, and resolve deviations from established processes, product standards, or regulatory requi...
The FDA’s 510k and PMA pathways are not interchangeable in forms—they represent two fundamentally different approval mechanisms designed for devices with varying clinical risks and market maturity. Whether you’re building a Class II monitor or a nove...
Organizations in today's quality-focused world require more than intuitive gut-feeling problem solving; they require systematic, data-based tools. One such critical methodology is the tree diagram in quality management. This effective visualization m...
In manufacturing, a single quality lapse can spiral into a compliance crisis. That’s why quality control and assurance in manufacturing must be engineered into the process, not just inspected at the end. The difference between a scalable busines...
eCRF in clinical trials has revolutionized how data is collected, validated, and submitted. This guide explains its features, benefits, and role in regulatory compliance. Learn the difference from paper CRFs, explore best practices, and see how Quali...
In today’s fast-moving digital world, businesses are flooded with documents—policies, procedures, records, and more. Managing all of that manually or with outdated systems? That’s a recipe for chaos.
If you imagine the FDA’s medical-device rulebook as a three-lane highway, Class II sits in the middle lane—devices that carry more risk than a tongue depressor but far less than a heart valve. By FDA count, there are over 1,700 individual device type...
Picture the last time you reached for a simple adhesive bandage or a manual stethoscope. Although these tools feel ordinary, the U.S. Food and Drug Administration (FDA) still regulates them—just under the lightest level of oversight, known as Class I...
From patient safety to global compliance, CAPA for medical devices industry supports every aspect of quality management. This expert guide covers CAPA system requirements, RCA methods, and the right software for your QMS. Discover how to implement CA...
Ever wonder why a tongue depressor can hit the market on a shoestring while a transcatheter heart valve wades through years of data and seven-figure fees? It all boils down to three letters: I, II, III—the FDA’s risk-based ladder that sorts more than...
People don’t buy a medical device—they buy the promise that it was built, tested, and shipped the right way. Sure, people cite different reasons for picking a brand—FDA clearance, safety for kids, ease of use, a doctor’s nod. But it all collapse...
If “just get a QMS” ever felt like useless advice, this is your clarity shot: what each type does, where it shines, and how to choose without guesswork. Ever felt like your quality processes are stitched together with duct tape and good intention...
Over the last decade, medical device innovation has moved from incremental upgrades to breakthrough, patient‑centric inventions. Startups now sit at the forefront, turning bold concepts into devices that hospitals and home users quickly adopt. ...
Remember that low‑simmer anxiety you feel when someone in Quality murmurs, “The FDA is in the lobby”? You’re not alone—and the numbers back it up. In fiscal 2023, investigators knocked on 18,539 doors, and nearly one‑third of those visits ended with ...
Good Documentation Practices (GDP) are a cornerstone of quality management systems in regulated industries, particularly in pharmaceuticals, medical devices, and clinical research. The FDA defines GDP as the disciplined process of preparing, reviewin...