Project Description
Medical Balloon Catheter Coating Machine UMC7300 for Lab Research
Medical Balloon Catheter Coating Machine UMC7300 is a high-precision ultrasonic spray coating system specially optimized for academic laboratory research and medical interventional device development. Tailored for university research labs, biomedical research institutions and scientific research enterprises, this professional balloon catheter coater meets the rigorous coating requirements of PTCA angioplasty balloon catheter research, drug-coated balloon (DCB) development and endovascular device innovation, becoming core laboratory equipment for medical material and interventional device research projects.
Adopting advanced ultrasonic atomization coating technology, the UMC7300 medical balloon catheter coating machine delivers nano and micron-level ultra-thin uniform coating on balloon catheter surfaces. It effectively solves the uneven coating and material waste problems of traditional dipping and spraying processes, perfectly matching the precision experimental standards of biomedical coating research and vascular interventional device prototyping. Researchers can achieve repeatable, high-consistency coating experiments to support academic paper research, project trials and new medical device material verification.
Core Standard Features for Scientific Research
1. High-Precision Ultrasonic Spray Coating System
Equipped with Cheersonic professional ultrasonic spray nozzles with multiple frequency options and plume shaping accessories, supporting customized coating for diverse experimental schemes. It realizes ultra-thin film coating with strict experimental uniformity, with coating uniformity controlled within <5%, fully compliant with scientific research precision testing standards.
2. Ultra-High Material Utilization & Experimental Cost Savings
The efficient ultrasonic spray structure boosts material usage ratio above 95%, greatly reducing the waste of expensive biomedical polymers and drug materials for laboratory research. It is ideal for small-batch, high-precision experimental coating of drug-eluting balloon catheters and micro medical interventional devices.
3. Professional Precision Liquid Dosing System
Configured with a precision syringe pump for quantitative liquid dosing and dispensing, ensuring accurate and stable liquid supply during long-term laboratory experiments. It guarantees consistent coating thickness and drug loading, providing reliable experimental data support for academic research and innovative product development.
4. Wide Compatibility for Research Specimens & Reagents
Supports balloon specimens with maximum length of 280mm and diameter of 20mm, covering most conventional experimental balloon catheter specifications for interventional medicine. All components are compatible with common laboratory solvents (THF, acetone, DMAC, toluene, chloroform) and biomedical polymers (urethanes, polycarbonates, silicones, styrene), meeting diversebiomedical material research needs.
5. Intelligent Dual Motion & Self-Cleaning Design
The dual motion system realizes precise positioning of ultrasonic nozzle and balloon catheter during coating, ensuring full coverage and uniform coating of specimen surfaces. The self-cleaning ultrasonic nozzle effectively prevents material clogging, reducing experimental failure rate and equipment maintenance frequency, suitable for continuous laboratory research work.
6. Lab-Friendly Integrated Control System
Full-color touch panel integrates nozzle operation, liquid delivery and motion system control, with a user-friendly interface for simple operation and parameter adjustment. It supports customized experimental parameter storage, facilitating repeated experiments and data recording for scientific research. Equipped with an exhaust system interface, it can be directly connected to laboratory exhaust equipment to meet university lab safety standards.
Why Choose UMC7300 Balloon Catheter Coater for Lab Research?
Different from industrial coating equipment, the UMC7300 ultrasonic medical balloon catheter coating machine is optimized for university laboratory scientific research, focusing on experimental repeatability, parameter controllability and specimen compatibility. It is widely used in research fields including interventional cardiology devices, drug-coated balloon technology, biomedical surface modification and micro medical catheter development, helping research teams complete high-quality experimental verification and academic research output efficiently.
Have specific experimental parameter requirements or lab application scenarios? Our professional technical team provides one-on-one customized scheme guidance, equipment parameter debugging and laboratory application technical support for university research teams and scientific research enterprises. Feel free to contact us for detailed equipment parameters, lab test cases and free technical consultation!
