TPAK Tytek 14G Thoracic Decompression Needle - First Aid

Overview

The Tytek TPAK thoracic decompression needle is a medical device designed for the treatment of tension pneumothorax. Thanks to its 83 mm length, it ensures effective penetration even in obese or muscular patients, where a standard cannula could prove insufficient. Compact, sterile, and robust, it naturally finds its place in ambulances, hospital emergency departments, and tactical medicine kits.

Technical Specifications

• Needle size: 14 G, a gauge suited to needle thoracic decompression protocols
• Catheter length: 83 mm (3.25 inches), the recommended length to effectively reach the pleural space in adults
• Shock-resistant case: protects the needle and catheter during transport until the moment of intervention
• Uncapped flashback chamber: instant visual confirmation of correct needle placement during prehospital thoracostomy
• Textured hexagonal cap: quick, secure opening, even with gloves, in emergency situations
• Reinforced backup cannula: noticeably more rigid and stable than a standard indwelling venous cannula, for reliable decompression

Advantages

• Clinical reliability thanks to immediate placement confirmation via the flashback chamber
• Enhanced safety with a shock-resistant case that protects the device until use
• Effective even on challenging body types thanks to the 83 mm length
• Superior robustness compared to a standard venous cannula for lasting decompression
• Quick access to the device in the field thanks to the textured hexagonal cap
• Compact format, easily integrated into a first aid kit or tactical kit

Use and Maintenance

This single-use, sterile device must be used exclusively by trained personnel, in accordance with approved clinical protocols for needle thoracostomy. Store the product in its original packaging, protected from moisture and direct light, until use. Systematically check the integrity of the sterile packaging and the expiration date before each use. Never reuse a needle that has already been deployed.