WebMini-Spike Chemo Vented dispensing pin with swabable needle-free access valve designed for injections and withdrawals of toxic fluids from containers (i.e. glass vials, semi-rigid and glass containers). Main benefits: Protection against the risk of chemical contamination: 0.2 μm air filter prevents toxic aerosols from escaping WebMini-Spike® 2 Vented dispensing pin with swabable needle-free access valve for injections and withdrawals of non-toxic fluids from containers (i.e. glass vials, semi-rigid and glass containers). Featured with an integrated …
MINI-SPIKE® IV Additive Dispensing Pin - B. Braun
WebMINI-SPIKE® IV Additive dispensing pin for preparing and dispensing diluent or additive from multi-dose rubber-stoppered vialsA selection of different parts for enabling or enhancing pressure infusion systems. These items service a variety of unique tasks, acting as attachments or vital components of infusion pumps, which infuse fluids, medications, or … WebFor preparing and dispensing diluent or additive from multi-dose rubber-stoppered vials. Previous image. MINI-SPIKE® IV Additive Dispensing Pin. MINI-SPIKE® IV Additive … erick fabyan attorney
B. Braun 412000 - McKesson Medical-Surgical
WebDec 3, 2024 · B.Braun Mini Spike dispensing pin 16,784 views Dec 3, 2024 48 Dislike Share Save Praxisdienst 493 subscribers The Mini Spike from B.Braun is a practical … WebMini-Spike® Dispensing Pin Product Quick Finder Choose a category or subcategory Mini-Spike® Dispensing Pin Vial & Container Access with Female Luer Lock, Security Clips, Air Inlet Filter, Cap and Guard S4003204N Product Information Material: Body & Clip - Polycarbonate Air Inlet Filter - Polypropylene Filter - Versapor® 3 Micron Cap - … WebMini-Spike® 2 Filter Vented dispensing pin with swabable needle-free access valve for injections and withdrawals of lyophilized fluids from containers (i.e. glass vials, semi-rigid and glass container). Featured with an integrated air filter (0,45 µm) and particle filter (5 µm). Protection against the risk of chemical contamination: find pressure using volume