The medical tubing industry has experienced steady growth in recent years, and extrusion technology remains at the core of this development. Medical extrusion tubing is used in a wide range of applications, from intravenous lines to catheters and drug delivery systems. As healthcare needs evolve and technology advances, the extrusion medical tubing market continues to shift, shaped by innovation, regulation, and global demand. One of the key trends driving the market is the growing use of minimally invasive surgical procedures. These procedures often require specialized tubing that can navigate the human body with precision and safety. Extruded tubing is ideal for this purpose due to its flexibility, thin walls, and ability to carry fluids or devices. As hospitals and surgical centers increasingly favor less invasive techniques, the demand for high-performance medical tubing grows in parallel. Another notable shift is the increasing adoption of advanced materials. While traditional materials like PVC and silicone remain widely used, newer options such as thermoplastic elastomers (TPE), polyether ether ketone (PEEK), and fluoropolymers are gaining popularity. These materials offer improved chemical resistance, biocompatibility, and durability, making them more suitable for long-term or demanding medical uses. Manufacturers are investing in material science to meet stricter safety standards and performance expectations. In addition, environmental and regulatory pressures are pushing the market toward sustainable solutions. Many medical device companies are seeking alternatives to PVC due to concerns over plasticizers and environmental impact. This is prompting innovation in biodegradable or recyclable tubing options, though these alternatives are still under development and not yet widely adopted. A few more trends are worth highlighting: ✅  Customization and precision: Manufacturers are focusing on producing highly customized tubing to meet specific client needs, including multi-lumen and co-extruded designs. ✅  Automation and digital control: Advances in extrusion equipment, including real-time monitoring and control systems, are improving quality and efficiency. ✅  Global expansion: Emerging markets in Asia-Pacific and Latin America are witnessing increased investment in healthcare infrastructure, boosting demand for medical tubing. Overall, the extrusion medical tubing market is evolving with changing medical practices, material advancements, and regulatory shifts. Staying informed about these trends is essential for manufacturers, suppliers, and healthcare professionals aiming to remain competitive and compliant in a fast-changing environment. At Demax, we have a deep understanding of the precision and quality required in manufacturing medical tubing. We combine advanced materials, proprietary extrusion techniques, and stringent quality controls to develop tubing solutions that meet the evolving needs of OEM and ODM partners globally. Unlike OEM providers, we offer full-cycle ODM services – from concept development and prototyping to final product manufacturing and regulatory support. ✔ Precision control of lumen size and wall thickness ✔ Multi-layer and multi-lumen tubing capabilities ✔ Compatibility with a range of biocompatible materials ✔ Custom formulations and coatings for specific use cases With our in-house R&D, we are continually improving the performance and safety of our tubing solutions to meet the changing demands of medical professionals and patients. Innovations Reshaping the Extrusion Medical Tubing Market Advancements in materials and manufacturing

In modern interventional medicine, precise navigation through the vascular system is crucial for successful outcomes. One of the key advancements in this field is the steerable catheter, a medical device designed to navigate through complex vascular anatomy with ease. This tool, when combined with atraumatic tips, can significantly improve patient safety, comfort, and overall procedural success. At Demax, we understand the importance of reliable and effective tools in vascular interventions. Our steerable catheters are designed with advanced features that enhance both performance and safety, making them a trusted choice for healthcare professionals around the world. Role of Steerable Catheters in Vascular Procedures A steerable catheter is a flexible, specialized tool used in various medical procedures such as angiography, angioplasty, and neurovascular interventions. These catheters are constructed from biocompatible materials like polyurethane or nylon, chosen for their ability to withstand the stresses of navigation through the body while remaining flexible and durable. Their design allows healthcare professionals to maneuver the catheter through even the most tortuous blood vessels with precision, improving access to target sites. What makes steerable catheters particularly effective in vascular procedures is their ability to provide accurate navigation, even in complex and challenging anatomical structures. These catheters are equipped with soft, atraumatic tips that minimize trauma to blood vessels during insertion and positioning. This is a critical feature, as it reduces the risk of vessel damage and enhances the overall safety of the procedure. At Demax, our steerable catheters are engineered with advanced materials and innovative design features, ensuring that they meet the demanding needs of various interventional procedures. Our catheters are not only flexible but also provide optimal torque control, allowing precise navigation through even the most difficult vascular routes. Key Features of Demax’s Steerable Catheters Demax’s steerable catheters are designed to optimize both functionality and safety. Here are some of the key features that make our catheters stand out: ✅  Soft, Atraumatic Tips: Designed to minimize trauma to blood vessels during insertion and positioning, these soft tips enhance patient comfort and reduce the risk of complications. ✅  Large Lumen Diameter: With a large lumen diameter of 1.80 mm for 6 French (F) catheters, our guiding catheters offer excellent compatibility with various consumables used in interventional procedures. This ensures smooth passage of instruments and devices. ✅  Solid Wall Structure: The robust wall structure enhances torsion control and stability, making it easier for physicians to navigate through complex vascular anatomy with confidence. ✅  Good Coaxiality: Good coaxiality ensures alignment and control during procedures, which is essential for accessing difficult lesions and achieving accurate treatment delivery. ✅  Radiopaque Markers: Incorporated into the catheter shaft, these markers enhance visibility under fluoroscopy, enabling precise navigation during procedures. These features make Demax’s steerable catheters an ideal choice for a wide range of interventional procedures, from coronary angioplasty to neurovascular interventions. Enhancing Patient Safety and Procedure Efficiency One of the biggest advantages of using steerable catheters in vascular interventions is the improvement in both patient safety and procedure efficiency. The atraumatic tips play a crucial role in minimizing

Reinforced tubing may look like a simple plastic conduit, yet inside operating rooms and catheterization labs, it quietly prevents kinks, ruptures, and costly delays. Doctors rely on its hidden strength every time they navigate delicate vessels, flush an endoscope, or deliver contrast media under pressure. This article unpacks why reinforced tubing has become a cornerstone of procedural safety – and how our latest generation at Demax helps clinicians work faster, more gental, and with greater confidence. The Engineered Backbone of Minimally Invasive Care Modern procedures demand devices that twist, torque, and glide through tortuous anatomy without fail. Reinforced tubing answers this call by layering strength, flexibility, and lubricity into one slender shaft – allowing clinicians to reach, treat, and retreat without hesitation. 1) Composite Construction That Works in Unison •  Outer jacket – TPU, Pebax, or PA: a silky, abrasion-resistant skin that tolerates repeated insertion through valves and hemostatic seals. •  Middle reinforcement – SUS304 or nickel-titanium braid/coil: a miniature exoskeleton that delivers precise torque while resisting bursting and buckling, even during high-pressure injections. •  Inner liner – PTFE or low-friction Pebax: an ultra-smooth lumen that keeps contrast, saline, and guidewires flowing freely, reducing pump load and thermal buildup. Each stratum shoulders a distinct mechanical burden – much like bone, muscle, and fascia in the human body. The synergy lets the tube snap around a 180-degree bend, then advance with millimetre fidelity when the physician nudges the hub. 2) Beyond Standard Polymers While plain PVC or PU catheters can kink or “oil-can” under stress, reinforced tubing retains its round profile under vacuum or burst conditions. Custom weave densities (8 to 72 carriers) fine-tune the balance between push and track; flat wire options lower wall thickness without sacrificing torque, preserving valuable lumen area for larger devices or faster infusion rates. 3) Why Torque and Push Matter More Than Ever Ambulatory care pathways favour radial access and single-session interventions. To reach distal targets safely: •  High torque mirrors subtle wrist rotations, trimming fluoroscopy time and X-ray exposure. •  Consistent push force powers through calcified lesions or tortuous ureters without exchanging catheters – saving contrast, time, and patient discomfort. •  Anti-kink memory guards fragile vessels from pinch points that could dissect, perforate, or stall flow. When reinforced tubing behaves predictably, clinicians can focus on pathology – not on coaxing equipment. The net result: shorter procedures, fewer complications, and a smoother recovery for every patient. How Reinforced Tubing Elevates Safety at Each Phase of the Procedure Entry & Navigation A reinforced sheath opens the door for guidewires and diagnostic catheters. Its thin wall (down to 0.7 mm) preserves lumen diameter, so clinicians can choose larger devices through smaller punctures, reducing bleeding risk. Therapeutic Delivery During angioplasty, urology stone retrieval, or bronchoscopy, pressure spikes threaten plain polymer tubes. Reinforcement absorbs the load, preventing micro-ruptures that could release air bubbles or fragments. Studies show braided shafts tolerate burst pressures >200 psi – far beyond routine infusion demands. Imaging Clarity Contrast injection must be swift yet laminar. Our PTFE-lined reinforced tubing keeps viscosity low, curbing artifact streaks on CT or MRI while

The medical device landscape is witnessing rapid evolution, especially in the field of minimally invasive vascular therapy. Among the tools revolutionizing vascular intervention, the PTA Balloon Catheter stands out as an essential component in peripheral arterial disease (PAD) treatment. As procedures increasingly rely on precision and flexibility, the role of PTA balloon catheters has become central in ensuring optimal outcomes across diverse vascular applications. This growing reliance is reshaping clinical strategies, paving the way for enhanced patient care and faster recovery. The Expanding Role of PTA Balloon Catheters The PTA (Percutaneous Transluminal Angioplasty) Balloon Catheter plays a critical role in revascularization therapy. Its primary purpose is to dilate narrowed or blocked peripheral arteries, restoring blood flow and minimizing the need for more invasive surgical options. As clinical needs become more complex, these catheters are no longer limited to traditional PAD treatment. Today, they are extensively used in: ✅  Peripheral artery interventions ✅  Drug and stent delivery systems ✅  Nonvascular treatments such as esophageal and ureteral dilatation ✅  Neurovascular and coronary procedures What makes the PTA Balloon Catheter increasingly favorable in clinical practice is its controlled compliance, high burst pressure tolerance, and dimensional consistency. These features reduce procedural risks and ensure safe arterial expansion without damaging vessel walls. With non-compliant and semi-compliant variants available, clinicians can choose catheters tailored to both lesion type and vessel behavior. Moreover, as the shift toward outpatient-based procedures grows, interventionalists demand devices that combine efficiency with safety. The latest PTA balloon catheters meet this need through better trackability, precision delivery, and minimal recoil. Who We Are At Demax, we take pride in being a trusted and innovative name in the field of medical balloon manufacturing. With years of experience behind us, we have built a reputation for reliability, precision, and performance. Our specialization lies in the design and production of PTA Balloon Catheters, developed to meet the highest standards in modern vascular intervention. We understand the evolving needs of interventionalists and clinicians. That’s why our engineering process begins with careful material selection and ends with rigorous testing protocols. From the balloon’s geometry to its compliance characteristics, every element is fine-tuned to perform under the most demanding clinical conditions. Our PTA balloons deliver consistent inflation behavior, precise lesion dilatation, and smooth device delivery. ✅  A wide range of balloon and catheter configurations – from standard to custom ✅  Full range of compliance levels: compliant, semi-compliant, and non-compliant ✅  Exceptional wall thickness control and concentricity for predictable inflation ✅  Strong tensile properties and minimal elongation, even at high pressure We maintain strict dimensional tolerances, ensuring that every product performs as intended: •  PTA Outer Diameter: 0.0395″ ± 0.0008″ to 0.1530″ ± 0.0025″ •  PTA Inner Diameter: 0.0190″ ± 0.0005″ to 0.09″ ± 0.001″ Our production philosophy is simple: quality over quantity. Every catheter we manufacture goes through multiple layers of inspection, including mechanical property testing and performance validation. This careful attention to detail helps reduce procedural risks, optimize treatment success, and ensure long-term durability in vascular therapy. Whether used for opening severely calcified vessels or delivering

When it comes to medical devices and specialized equipment, tubing plays a crucial role. Two commonly used types of tubing in the medical industry are single lumen tubing and multi-lumen tubing. These types of tubing serve different purposes, with distinct advantages and applications in various medical procedures. In this article, we’ll explore the key differences between single-lumen and multi-lumen tubing, their benefits, and how these innovations improve medical treatments. At Demax, we specialize in high-quality precision tubing and medical equipment, offering tailored solutions to meet the demands of modern healthcare. With extensive research and development capabilities, we are dedicated to pushing the boundaries of medical technology to provide world-class products that contribute to global medical advancements. What is Single-Lumen Tubing Single-lumen tubing refers to a type of tubing that has one internal channel or lumen for the passage of fluids or gases. This design is simple yet highly effective for a variety of applications. In medical settings, single-lumen tubing is used when a single pathway is needed for substances like saline, medication, or other medical fluids. •  Benefits of Single-Lumen Tubing Single-lumen tubing is often the preferred choice in certain applications due to its simplicity and versatility. Some of the key benefits include: ✅Simplicity: Its single-channel design makes it easy to use and maintain, reducing the complexity of installation and application. ✅Cost-Effective: Single-lumen tubing is generally more affordable compared to multi-lumen alternatives, making it ideal for applications where only one channel is necessary. ✅Versatility: It can be used in various medical devices such as catheters, IV lines, and breathing tubes. ✅Reduced Risk of Cross-Contamination: With only one lumen, the risk of cross-contamination between multiple channels is minimized. Single-lumen tubing is ideal for straightforward medical procedures where the introduction or removal of a single substance is required. For example, in intravenous (IV) therapy, this tubing allows for the administration of fluids or medications through a single pathway. What is Multi-Lumen Tubing On the other hand, multi-lumen tubing is designed with two or more internal channels (lumens) within a single tube. This enables the simultaneous passage of multiple substances, making it an excellent choice for more complex medical applications. Multi-lumen tubing can be used in procedures that require the introduction of multiple fluids or gases at once, without the need for separate tubes for each substance. •  Benefits of Multi-Lumen Tubing Multi-lumen tubing offers a range of advantages, particularly in advanced medical procedures. Some of the key benefits include: ✅Multiple Pathways: The ability to manage multiple fluids, gases, or medications simultaneously through separate lumens within one tube. ✅Compact and Efficient: Multi-lumen tubing reduces the need for multiple tubes, improving workflow efficiency and reducing the clutter in clinical environments. ✅Precise Control: In complex procedures such as cardiac or neuro interventions, the ability to control the flow of various substances at once enhances precision. ✅Space Saving: By consolidating multiple pathways into a single tube, multi-lumen designs save space and improve the ergonomic layout of medical equipment. This type of tubing is essential in more intricate medical procedures