B. Braun Mini-Spike Vented Dispensing Pin With Swabable Needle-Free Access Valve – All Sizes

The B. Braun Mini-Spike Vented Dispensing Pin With Swabable Needle-Free Access Valve – All Sizes is designed for the injection and withdrawal of fluids from glass vials, semi-rigid containers, and other compatible containers. Featuring a vented dispensing pin with a swabable needle-free access valve, it supports clean, convenient, and leak-resistant fluid handling while helping reduce the risks associated with chemical, microbiological, and sharps exposure.

The integrated 0.2 µm air filter helps prevent toxic aerosols from escaping during dispensing, while the swabable needle-free access valve automatically closes after syringe disconnection to help reduce drug spillage and minimise the risk of microbiological contamination. Its flat valve surface is designed for easy disinfection using an alcohol pad.

The integrated air vent eliminates the need for over-pressure release techniques, helping simplify fluid withdrawal and injection procedures. Compatible with both Luer-Lock and Luer-Slip syringes, the device allows multiple access for direct aspiration or fluid injection while maintaining a consistent flow rate. Its two-lumen spike is designed for compatibility with common vials and containers.

The device is manufactured without PVC, DEHP, or natural latex, helping reduce exposure to these materials.

Certain variants provide additional features for specific applications:

• Mini-Spike® 2 Chemo includes an integrated 5 µm particle filter designed to retain undissolved lyophilisates, rubber particles, and plastic particles during fluid withdrawal.
• Mini-Spike® 2 Chemo Micro-Tip features a Micro-Tip designed for efficient withdrawal from smaller drug vials with narrow neck diameters. It also incorporates a 0.45 µm bacteria-retentive air filter to help reduce contamination of the drug from environmental air.

Features and Benefits

• Vented dispensing pin with swabable needle-free access valve
• Designed for injection and withdrawal of fluids from glass vials, semi-rigid containers, and compatible containers
• Integrated 0.2 µm air filter helps prevent toxic aerosols from escaping
• Swabable valve helps reduce the risk of drug spillage
• Needle-free access technology helps reduce the risk of sharps injuries
• Swabable valve automatically closes after syringe disconnection
• Flat valve surface allows easy disinfection with an alcohol pad
• Integrated air vent eliminates the need for over-pressure release techniques
• Compatible with Luer-Lock and Luer-Slip syringes
• Supports multiple access for aspiration or fluid injection
• Consistent flow rate
• Two-lumen spike fits common vials and containers
• Designed for clean, leak-resistant, and convenient injections and withdrawals
• PVC-free, DEHP-free, and latex-free

Variant Features

Mini-Spike® 2 Chemo

• Integrated 5 µm particle filter
• Helps retain undissolved lyophilisates, rubber particles, and plastic particles during fluid withdrawal

Mini-Spike® 2 Chemo Micro-Tip

• Micro-Tip designed for efficient withdrawal from smaller drug vials with narrow neck diameters
• Integrated 0.45 µm bacteria-retentive air filter helps reduce contamination from environmental air
• Swabable valve helps reduce the risk of drug spillage

Specifications

• Brand: B. Braun
• Product Type: Vented Dispensing Pin with Swabable Needle-Free Access Valve
• Available Sizes: All Sizes
• Compatible Containers: Glass vials, semi-rigid containers, and compatible containers
• Syringe Compatibility: Luer-Lock and Luer-Slip
• Air Filter: 0.2 µm (standard model)
• Particle Filter: 5 µm (Mini-Spike® 2 Chemo)
• Air Filter (Micro-Tip Variant): 0.45 µm bacteria-retentive
• Materials: PVC-free, DEHP-free, Latex-free
• Valve Type: Swabable needle-free access valve
• Spike Type: Two-lumen vented spike

Indications

Suitable for the injection and withdrawal of fluids from glass vials, semi-rigid containers, and other compatible containers. Designed for repeated needle-free access while supporting protection against chemical exposure, microbiological contamination, drug spillage, and sharps injuries through its integrated venting and swabable access valve design.