
- Item number: 5015730
- Manufacturer item no.: IO700-EN
The SAM IO Driver is a manually operated intraosseous access system that has been specially developed for fast and safe vessel access in emergency situations. Without batteries or external power sources, the SAM IO offers maximum reliability - regardless of where it is used. Repeated actuation of the ergonomically designed trigger unit generates a controlled rotational spin that allows the needle assembly to be inserted precisely and gently into the bone. The gentle downward pressure in combination with the mechanical drive enables intuitive handling with direct tactile feedback for placement.
Once the needle is correctly positioned, the stylet is removed to expose the standardized Luer lock connector, which can be used to connect a standard extension set. This enables immediate aspiration control, flushing and the administration of medication or fluids. The housing of the SAM IO Driver is made of high-quality polycarbonate, which is known for its robustness and durability. The construction has been tested according to the strict requirements of MIL-STD-810G test methods and is therefore ideally suited for use in extreme conditions.
Thanks to its sophisticated design, the SAM IO Driver is immediately ready for use, compact to handle and offers medical professionals an effective solution for intraosseous access - reliably, quickly and independently. Ideal for emergency services, civil protection and military operations where every second counts.
SAM IO Driver product details:
- Manually operated intraosseous access system - no power requirement
- Precise needle placement through repeated triggering with rotational spin
- Ergonomic design for intuitive, fast application
- Immediate start of therapy thanks to standard Luer lock connection
- Robust housing made of durable polycarbonate
- Tested according to MIL-STD-810G for extreme operating conditions
- Compact, lightweight and ideal for emergency backpacks
- Suitable for rescue services, civil protection and military use