Radial Artery Compression Devices
Clinical Application
Radial artery compression devices are used to achieve controlled haemostasis at the radial access site following diagnostic and interventional procedures.
They are commonly applied after coronary angiography and transradial interventions where consistent compression is required to reduce bleeding while maintaining arterial patency.
These devices support:
- Controlled compression at the puncture site
- Reduction of post-procedural bleeding
- Gradual decompression during haemostasis management
- Patient comfort during recovery
Design and Performance
ALSPL radial artery compression devices are designed to provide adjustable, localised pressure over the access site.
Key characteristics include:
- Adjustable compression mechanism for controlled pressure modulation
- Transparent or open-window design for visual monitoring
- Secure fastening system to maintain stable positioning
- Balanced material flexibility for patient comfort
- Controlled inflation and deflation for gradual decompression
Compression force can be adjusted incrementally to align with haemostasis protocols and patient response.
Construction Options
Radial artery compression devices may be configured with:
- Defined band lengths
- Adjustable air bladder or mechanical compression systems
- Secure locking or fastening mechanisms
- Designs compatible with standard radial access workflows
Configuration is selected based on procedural preference and haemostasis protocol.
Standard Configurations
Standard compression device platforms are available across commonly used band lengths and inflation capacities.
Detailed specifications and configuration references are provided in the product brochure.
Customisation
Custom radial compression programs may include:
- Alternative band dimensions
- Modified compression mechanisms
- Custom fastening systems
- Procedure-specific packaging
- OEM and private label manufacturing
Custom designs are aligned with institutional haemostasis protocols and workflow requirements.
