Polycarbonate Chemical Compatibility Explained by Brevet
See how polycarbonate holds up against acids, solvents, and alcohols, and what factors like contact time and molar concentration mean for your fluid path components.
Why Biopharma Is Moving Away from Steel and Toward Single-Use Connectors
See how single-use plastic connectors are replacing steel infrastructure in biopharma, cutting cleaning bottlenecks and boosting facility agility.
Why Brevet’s Polycarbonate Parts Hold Up to Micron-Level Scrutiny
See how Brevet uses CMM technology and AQL statistical sampling to verify polycarbonate parts down to the micron, replacing outdated pin gauge methods.
The Essential Role of Perfusionists and the Custom Adapters That Support Them
By delivering custom-engineered perfusion adapters that fit seamlessly into critical fluid pathways, Brevet helps ensure that perfusionists can focus on what matters most, keeping their patients safe, stable, and supported throughout surgery.
Polycarbonate vs. Metal in High-Flow Fluid Paths
Discover why optically clear polycarbonate outperforms metal in high-flow fluid paths—eliminating corrosion, excess weight, and blind flow paths.
The Anatomy of High-Precision Tooling
From solid steel to micron accuracy: See how Brevet’s heavy-gauge tooling guarantees zero-defect fluid component manufacturing.
The Evolution of Automated Fluid Handling in 2026
Explore how automated fluid handling has evolved from manual pipetting to intelligent, high-precision fluid path architectures engineered by Brevet.
2026 Mid-Year Medtech Trends & How Single-Use Systems Are Speeding Up Pharma Manufacturing
We’re officially halfway through 2026, which honestly feels wild. Wasn’t it just Q1 kickoff meetings a minute ago? But here we are in July, and it’s a good time to take stock of where pharmaceutical manufacturing is headed. If there’s one theme defining this year so far, it’s agility. Manufacturers are moving away from rigid, all-stainless-steel setups and leaning hard into Single-Use Technologies (SUT) to keep production lines moving faster and leaner than before.
Why T-Junction Geometry Is Quietly Hurting Your Flow Rate
Think about what a T-junction is really asking fluid to do. It’s traveling at speed in one direction, and then it’s expected to make a sudden, sharp turn. Fluid doesn’t love that. Physics doesn’t allow a perfect right-angle redirect, so instead of making a clean turn, the main flow stream shoots past the corner and separates from the wall.
Why E-Beam Is the Ultimate Superhero of MedTech Sterilization
Discover why E-Beam sterilization is becoming the go-to choice for MedTech manufacturers, offering faster turnaround, gentler material handling, and zero radioactive waste.