The Benchtop Balloon Catheter Coating System deposits precise drug layers on balloon catheters and peripheral stents, with ultrasonic power accuracy within 0.01 W.

0.01 W power accuracy

Compact ultrasonic coating platform for research laboratories, early-stage R&D, pilot-scale and small-scale production, including facilities with limited space.
Integrates ultrasonic control, liquid delivery, motion coordination and balloon-holding mechanisms in one frame, delivering the same precision as larger industrial models.
Provides precise dosage, uniform coverage across complex geometries and reproducible coating results.

Specification	Value
Product	Benchtop Balloon Catheter Coating System
Digital ultrasonic controller power accuracy	within 0.01 W
Maximum balloon length	280 mm
Optional stent holder diameters	up to 60 mm

FocusMist or NanoMist ultrasonic nozzles form highly uniform coatings without pinholes, adhesion, or orange-peel defects.
Ultrasonic vibration rather than high-pressure air provides low material waste and consistent drug delivery.
Supports organic and water-based solvent coatings.
Self-cleaning nozzle prevents clogging during extended use.
Custom catheter holders allow fast balloon loading and unloading.
Built-in humidification module uses submicron aerosol generation to improve coating crystallisation and layer uniformity.
Exhaust connection is compatible with laboratory or clean-room ventilation for operational safety and cleanliness.
Compact and easy to operate, with digital control and precision motion.

Upgradeable with multiple nozzles and patented multi-holder configurations for simultaneous coating of several devices.
Optional stent holders.
Configurable and programmable for specific process requirements, from small-batch laboratory operations to high-volume continuous production.
Robust mechanical and electrical construction for extended service life and reliable continuous operation.
Intuitive operator interface and programmable process parameters with recipe storage.
Comprehensive safety interlocks and alarm functions.
Standard data output interfaces for process monitoring, statistical reporting and traceability.
Service access supports reduced planned maintenance downtime and rapid fault diagnosis.

Drug-eluting coronary and peripheral balloon catheters.
Peripheral stents with polymer or solvent coatings.
Biomedical and pharmaceutical coating research.
Electronics manufacturing, semiconductor processing, precision industrial production, scientific research and development, and specialised manufacturing processes.

Compact ultrasonic coating platform for research laboratories, early-stage R&D, pilot-scale and small-scale production, including facilities with limited space.
Integrates ultrasonic control, liquid delivery, motion coordination and balloon-holding mechanisms in one frame, delivering the same precision as larger industrial models.
Provides precise dosage, uniform coverage across complex geometries and reproducible coating results.

Specification	Value
Product	Benchtop Balloon Catheter Coating System
Digital ultrasonic controller power accuracy	within 0.01 W
Maximum balloon length	280 mm
Optional stent holder diameters	up to 60 mm

FocusMist or NanoMist ultrasonic nozzles form highly uniform coatings without pinholes, adhesion, or orange-peel defects.
Ultrasonic vibration rather than high-pressure air provides low material waste and consistent drug delivery.
Supports organic and water-based solvent coatings.
Self-cleaning nozzle prevents clogging during extended use.
Custom catheter holders allow fast balloon loading and unloading.
Built-in humidification module uses submicron aerosol generation to improve coating crystallisation and layer uniformity.
Exhaust connection is compatible with laboratory or clean-room ventilation for operational safety and cleanliness.
Compact and easy to operate, with digital control and precision motion.

Upgradeable with multiple nozzles and patented multi-holder configurations for simultaneous coating of several devices.
Optional stent holders.
Configurable and programmable for specific process requirements, from small-batch laboratory operations to high-volume continuous production.
Robust mechanical and electrical construction for extended service life and reliable continuous operation.
Intuitive operator interface and programmable process parameters with recipe storage.
Comprehensive safety interlocks and alarm functions.
Standard data output interfaces for process monitoring, statistical reporting and traceability.
Service access supports reduced planned maintenance downtime and rapid fault diagnosis.

Drug-eluting coronary and peripheral balloon catheters.
Peripheral stents with polymer or solvent coatings.
Biomedical and pharmaceutical coating research.
Electronics manufacturing, semiconductor processing, precision industrial production, scientific research and development, and specialised manufacturing processes.