Clear, precise and comfortable hemostasis after radial access
Tabeeb Diba Radial Compression Device is a specialized wristband designed to help control bleeding at the radial sheath access site after angiography or angioplasty procedures. With its single-balloon design and controlled pneumatic pressure, it helps clinical teams manage the hemostasis process with precision, stability and direct visual monitoring of the puncture site.
The transparent compression plate allows visual monitoring of hemostasis, while the visible target marker on the plate helps position the device more accurately over the sheath entry site. The soft adjustable strap, secure luer-lock valve and dedicated air inflation syringe also make the device easier to use in the cath lab and recovery area.

Product Application
Tabeeb Diba Radial Compression Device is used to apply controlled pressure over the radial artery puncture site after angiography or angioplasty procedures. It helps maintain appropriate pressure, control bleeding and monitor hemostasis after sheath removal.

Tabeeb Diba Radial Compression Device

Available lengths: 24.5, 27 and 29 cm
Single-use
Back to Radial Compression Devices
سرنگ شریان بند دو بالونه تولید شده شرکت دانش بنیان طبیب درمان پژوهش قلب
Target Marker for Accurate Positioning
The visible marker on the compression plate helps position the device accurately over the puncture site and focuses pressure on the target area.

Dedicated Pressure Adjustment Syringe
The dedicated syringe is used for precise air inflation of the balloon. Its locking mechanism and stepwise air release capability help clinical teams adjust pressure more easily.

Soft Adjustable Strap
The soft, adjustable and cleanable wrist strap supports proper fixation on the wrist and improves patient comfort during recovery.

Single-Balloon Design with Uniform Pressure
The air cushion applies targeted and uniform pressure over the intended area, supporting better hemostasis control

Secure Luer-Lock Connection
The luer-lock connection system and secure valve allow controlled air injection and release while helping prevent unintended air leakage during use.