Space Chamber Plus is an autoclavable spacer designed for use with pressurised metered-dose inhalers. The 230mL chamber is intended for multiple-patient use in clinical environments when appropriately cleaned and sterilised between patients. It features Cross Valve Technology and can be fully disassembled for cleaning and autoclaving. The chamber measures 18.5cm in length.
Key Features and Benefits:
- Autoclavable Design: Designed for sterilisation by autoclave between patients, supporting multiple-patient use in clinical environments.
- Cross Valve Technology: Incorporates a one-way valve system designed to provide low-resistance airflow during inhalation.
- Multiple-Patient Use: Intended for use in healthcare settings when appropriate cleaning and sterilisation procedures are followed.
- Metered-Dose Inhaler Use: Intended to administer aerosolised medication from most pressurised metered-dose inhalers.
- Fully Disassemblable: Components can be separated to support cleaning and autoclaving procedures.
- 230mL Chamber: Standard chamber has a specified volume of 230mL.
- 18.5cm Length: Measures 18.5cm in length.
- Reusable Construction: Manufacturer instructions specify cleaning and autoclaving procedures for repeated use.
Specifications:
- Brand: Space Chamber Plus
- Product: Space Chamber Plus Autoclavable Spacer 230mL (SP-SPAP-R)
- Product Type: Inhaler Spacer
- Device Type: Valved Holding Chamber
- Application: Pressurised Metered-Dose Inhalers
- Chamber Volume: 230mL
- Length: 18.5cm
- Valve: Cross Valve Technology
- Reusable: Yes
- Autoclavable: Yes
- Multiple-Patient Use: Yes, when appropriately reprocessed between patients
- Autoclave Parameters: 134°C for 3 Minutes
- Maximum Autoclave Cycles: Up to 52
- Mouthpiece: 22mm OD / 15mm ID
- Supplier Part: SP-SPAP-R
- Unit of Measure: Each
- Image is a sample of product.
Warning: Always read the label and follow directions for use.
Space Chamber Plus is an autoclavable spacer designed for use with pressurised metered-dose inhalers. The 230mL chamber is intended for multiple-patient use in clinical environments when appropriately...