Type of Micro Guide Wire Type of Micro Guide Wire - Ultrasonic Medical Coating Systems - Cheersonic There are many kinds of micro guide wires for nerve intervention, and their specifications (0.008-0.016 inch), head end flexibility, light impermeability, plasticity, controllability, tracking performance and torque control performance are quite different. The plastic tip is usually made of platinum wire, which is impervious to X-ray under fluoroscopy. Generally, 0.010 inch [...]

Laser Processing Heart Stent High-precision laser processing behind the industrialization of cardiac stents Behind the jump in the price of heart stents is the common support of the medical industry and policies, and there is a more important point: laser processing is more and more applied to the medical industry due to its unique advantages, solving the problems that cannot be overcome by traditional processing. Helping the technological [...]

Ultrasonic Stent Coating System for Coated Stents Ultrasonic Stent Coating System for Coated Stents - Cheersonic Stents are commonly used to maintain or restore the patency of previously blocked or constricted passageways, for example, following balloon angioplasty procedures. Some stents may be used in combination with suitable coatings to form coated stents, for example, to treat aneurysms or to deliver therapeutic agents disposed on the stent or coating [...]

Stent Spin Coating Systems Stent Spin Coating Systems - Ultrasonic Stent Coating Systems - Cheersonic Percutaneous transluminal coronary angioplasty (PTCA) is a procedure to treat heart disease. A catheter assembly having a balloon portion is introduced percutaneously into the patient's cardiovascular system via the brachial or femoral artery. The catheter assembly is advanced through the coronary vasculature until the balloon is partially positioned over the occlusive lesion. Once [...]

Improving Manufacturing Performance of Medical Device Coatings Improving Manufacturing Performance of Medical Device Coatings - Cheersonic When manufacturers of disposable medical devices design precision mechanical equipment, friction between moving parts can be difficult to control. Engineers often use medical device coatings such as oils, greases or dry powders to smooth out the fine movements of components. These coatings reduce friction and sticking in sliding, shearing, twisting, shaking or [...]

Spray Coating For Tubes Spray Coating For Tubes - Medical Device Coating - Cheersonic Cheersonic provides an ultrasonic coating method for coating substrate surfaces such as the interior of a syringe. An aqueous anticoagulant solution is atomized onto the substrate surface and dried by the forced flow of warm air. Water is removed during the drying leaving a coating of anticoagulant. The mist provided by a ultrasonic nozzle [...]

Spraying Equipment For Medical Devices Spraying Equipment For Medical Devices - Ultrasonic Spray Technology - Cheersonic Cheersonic provides methods and systems for forming coatings on medical devices, as for example expandable vascular stents. Drugs or other therapeutic agents are sprayed onto clean surfaces using ultrasonic coating systems and techniques that result in the ability to form coatings that are well adhered, durable, and resistant to shedding, delamination, and/or [...]

Balloon Catheter Coating Systems Balloon Catheter Coating Systems - Spray Coating Nozzle - Cheersonic Standalone coating system for applying ultra-thin layers of anti-restenosis drug polymer+plasticizer coatings onto implantable balloon catheters. Balloon are inflated prior to coating using auto inflation device. Highly uniform thin film coatings onto cardiac or other balloon catheters for homogenous drug transfer at lesion. Dramatic material savings compared to dip coating. Reliable, repeatable, controllable balloon [...]