Veterinary Bevel – The unique and extremely sharp bevel guarantees variable puncture angles (10°-45°). Therefore, VasoVet® perfectly adapts to the various situations in veterinary medicine.
Polyurethane – The catheter material is characterized by its kink resistancy, thermoplasticity and excellent biocompatibility. Thus, Polyurethane prolongs the catheter indwelling time.
Radiopaque stripes – Four radiopaque stripes provide good X-ray visibility.
Injection port – The B.Braun injection port ensures hygienic needle free IV injections. It is particularly suitable for intravenous anaesthesia.
Veterinary Bevel – The unique and extremely sharp bevel guarantees variable puncture angles (10°-45°). Therefore, VasoVet® perfectly adapts to the various situations in veterinary medicine.
Polyurethane – The catheter material is characterized by its kink resistancy, thermoplasticity and excellent biocompatibility. Thus, Polyurethane prolongs the catheter indwelling time.
Radiopaque stripes – Four radiopaque stripes provide good X-ray visibility.
Injection port – The B.Braun injection port ensures hygienic needle free IV injections. It is particularly suitable for intravenous anaesthesia.
Veterinary Bevel – The unique and extremely sharp bevel guarantees variable puncture angles (10°-45°). Therefore, VasoVet® perfectly adapts to the various situations in veterinary medicine.
Polyurethane – The catheter material is characterized by its kink resistancy, thermoplasticity and excellent biocompatibility. Thus, Polyurethane prolongs the catheter indwelling time.
Radiopaque stripes – Four radiopaque stripes provide good X-ray visibility.
Injection port – The B.Braun injection port ensures hygienic needle free IV injections. It is particularly suitable for intravenous anaesthesia.
Spinal needle with marked and notched hub for easy tip orientation. Sizes available - 22Ga - 15Ga.
MUSCULOSKELETAL/SPINAL NEEDLE(MSK)
Echogenic needles for MSK injections that require clear needle tip visualization for safe and accurate needle placement.
The ECHO 360° Dimple Reflectors are located at the distal end of the needle and create a clear and more defined ultrasound image from any angle.
MILA Echogenic needles are designed to improve visibility of the needle tip when using ultrasound guidance without compromising puncture characteristics.
