Introduction of High-Pressure Inflation Devices First off, an overview of elements is required to understand high pressure inflation devices and fluid delivery products for medical device. High-pressure inflators are used to inflate surgical balloons to specific pressures. They play a key role in angioplasty, stent deployment, and e-techniques. These devices assist in the inflation of balloons in arteries/other parts of the body for the easier removal of stains or narrowing passageways.  Primary Features and Specifications •          Control Range: It is usually observed range of around 30-40 ATM is used for high pressure infusion devices to sustain sufficient expansion of medical balloons. •          Volumetric Use: These devices are available in 20mL, 30mL, and 60mL, which provides variety based on the procedure. Thus, the volumetric use of These devices differs. •          Device Materials: Medical-grade plastics and stainless steel are some of the materials that ensure These devices are long-lasting and do not rust easily. •          Shape: The design and construction of many devices allow for the relief of hand strain so that operators have better command during procedures. Leading Products in the Market  ODM Medical Products: From Concept to Cutting-Edge Solutions  Innovation is at the forefront of every change within the healthcare industry. That’s the significance of ODM Medical Products. Demax brings exceptional medical solutions to life through advanced technology, deep industry knowledge, and unwavering commitment for quality. As your Original Design Manufacturer, we don’t merely fabricate — we ODM, which means we do so much more.  What Is ODM in Medical Devices?  In the medical world, designing, developing, and producing a medical device to suit a client’s demands is referred to as ODM (Original Design Manufacturing). ODM takes full ownership of the product development lifecycle — from ideation to regulatory compliance and full-scale production. That’s a complete difference when compared to OEM (Original Equipment Manufacturing) which relies on the client to provide the design).  Regardless of whether you are an entrepreneur looking to reshape the industry and have a helpful idea, or a healthcare corporation wanting to diversify your offerings, Demax is ready to assist you. We offer High pressure inflation devices and fluid delivery products for medical device industry-specific comprehensive ODM services. Our ODM Spectrum Services Product Designing and Developing A product’s success begins with the designing phase. At Demax, we combine engineering skills and imagination in the art of medicine. An internal R&D and engineering team works alongside the client to develop intelligent scalable medical solutions. •          CAD modeling & design •          Constructive feedback-driven designs •          Cost evaluation and feasibility assessment •          Compliance with ISO 13485 and FDA guidelines Demax focuses on a human and safety-centered design approach while enabling seamless integration of multifaceted functions into the device. Producing Prototype Samples In health care, speed is very important. Young inventors need in-depth assistance and that’s why we specialize in and provide fast prototyping to allow clients to perfect concepts before scaling up. •          3D Printed Models •          Functional Testing •          Cost-effective revisions •          Analysis of risks & design enhancement Clients are provided with the best estimation of costs

What is a PTFE Liner? A PTFE liner is defined as a coating made from polytetrafluoroethylene (PTFE), which is a type of high-performance, chemically resistant fluoropolymer. Due to its chemically resistant and high-temperature stability properties, PTFE is often used to line pipes, tanks, hoses, and other equipment in various industries, including chemical processing, pharmaceuticals, and food production. Because PTFE is stable and durable, PTFE liners are commonly used in applications requiring operations free from contamination due to their non-stick and inert characteristic. TTFE Liner for Medical Devices: Improving Performance and Durability of Medical Devices PTFE (Polytetrafluoroethylene) is noted to be a synthetic fluoropolymer. Its unparalleled characteristics make it a highly adaptable material. This versatility makes PTFE an ideal choice as a liner in catheters. PTFE liners deliver portability as a result of a low coefficient of friction, high tensile strength, and extreme durability. Collectively, these properties make PTFE catheters dependable and enduring due to the exposure to severe medical procedure usage without the risk of breakage or tearing. One of the main reasons for preferring PTFE in catheters is its smooth, low-friction surface which helps to reduce tissue damage and infection risk during medical procedures. Having a smooth surface helps with the painless insertion and removal of medical apparatus, reducing the irritation to tissues. Equally well, PTFE’s biocompatibility makes sure that it is generally accepted by the human body, thereby reducing the possibility of allergies or other adverse effects. Advantages of PTEF catheter lines •          Lubricity and Friction: The low PTFE coefficients of friction increase the lubricity of the catheter, allowing for smoother operation and reduced damage during tissue insertion and withdrawal. This is important in critical medical procedures that require exactness and no pain. •          Strength and Durability: The outstanding tensile strength of PTFE catheters withstand the mechanical stresses obtained during medical procedures. These liners are designed not to break or tear making them essential for reliability and long-lasting medical devices. •          Biocompatibility: The poor reactions associated with PTFE make it biocompatible. It can remain in contact with body tissues for extended periods proving its usefulness in medical application. Coating by Dipping for PTFE Catheters Catheter PTFE liner is dip coated and this coating method is extremely effective. Application of the material PTFE is made in ultrathin layers which enhance the lubricity of the machined part and further assist in reducing tissue trauma during surgery. This method guarantees uniform coating of catheters which increases their effectiveness. Catheters undergo post-processing steps after manufacturing. They are also offered in roll form which increases their production efficiency while decreasing their production cost. PTFE Catheter Liners Uses •          Preparation Guiding Catheters: PTFE guiding liners are employed in guiding catheters and aid in blood vessel guarding by ensuring smooth and nondamaging insertion. •          Def LC: For maneuverability, deflectable steerable designed PTFE lined catheter Def Lc has flexible yet durable PQFestoFróExpt1 and  steering abilities in the body. •          Device Delivery Systems: Medical specialists utilize PTFE catheters in device delivery systems and these systems require PTFE catheters to aid in enabling proper working

What does PTCA Guidewire refer to?  A PTCA quidewire is a specialized wire that is thin and flexible, aiding in the coronary angioplasty procedure navigation traversing the vessels, and positioning interventional instruments at the region of arterial stenosis. Its functions include the following.  •          Guide Interventional Devices: This section functions as a track for stent introducers, balloon catheters, stents, and atherectomy devices.  •          Navigate Blocked Arteries: Guides movement through blocked or narrowed coronary vessels. •          Facilitate Lesion Crossing: Allows navigation through complex lesions such as chronic total occlusions (CTOs) or other obstructive lesions.  •          Device Exchange: Serves as a stable rail for the exchange of interventional devices.  •          Support Provision: Provide accurate backing for the devices, particularly in difficult-to-reach anatomies.  Demax PTCA quidewire: Precision Navigation for Coronary Interventions  The PTCA quidewire is a durable device for Interventional Cardiology specially designed and engineered for maximum performance during Percutaneous Transluminal Coronary Angioplasty (PTCA) procedures. This guidewire is remarkable in safety, innovation, and accuracy which simplifies the work of interventional cardiologists during coronary artery restoration. Advanced Construction Using High-Quality Materials Stainless Steel Core Wire The core of the PTCA encompasses a high-grade stainless steel core wire, which is considered to have the best torque ability, flexibility, and durability. Its robust construction allows for steerability through tortuous vessels and distal lesions, thus ensuring PCI (Percutaneous Coronary Intervention) cases are performed smoothly. Stainless Steel Spring for Tip Retention The Quidewire incorporates a stainless-steel spring to facilitate improved tip curvature retention. This helps the guidewire to retain its structural shape after bendings which leads to increased control during the surgery and is helpful in repeated navigation during the procedure thereby enhancing accuracy. • Enhanced trackability provided by hydrophilic coronary guidewire. • Allows smooth device delivery by reducing friction. • Excellent for crossing severe complex lesions. Soft Tip Design for Patient Safety Tip softness is one of the most important features of a Quidewire. The Demax Quidewire is designed with a soft and atraumatic tip so that disruption to the coronary vessel’s lumen is minimal which reduces the chances of dissection or perforation while maximizing the coronary intervention procedural safety and success. • Atraumatic soft tip guidewire reduces the injury. • Suitable for bifurcation lesions and distal access. • Increases the safety of the procedure with better patient outcomes. Retention Retention and durability go hand in hand. In PTCA procedures, Demax Quidewire offers the required durability. It is manufactured to survive the mechanical stress encountered while navigating and exchanging devices. Along with high retention of tip curvature, the Quidewire is contoured too to maintain its effectiveness during the procedure. •          Retains functionality after numerous physical alterations. •          Facilitates balloon angioplasty, stent placement, and device exchange. Cutting Edge Technology Contriving with Precision The Quidewire Demax is not merely a product, but rather the culmination of concerted and targeted multidisciplinary research in material science, mechanics, and medicine. With a suite of patented technologies and advanced research and development (R&D) instruments, Demax has established leadership in the field of interventional cardiology devices. •          Unique manufacturing