Tip Material: Foam (Sponge)
Wand Material: Polypropylene (PP)
Channel Size: 3 mm
Wand Length: 240 cm
OEM & ODM: Available
Application: ATP cleanliness verification and contamination monitoring, channel / lumen cleaning verification
MEIDIKE GENE ATP Swab is a high-performance absorbent sponge swab designed for ATP cleanliness verification and bioburden monitoring of endoscopes, cannulated instruments, and other medical devices with narrow internal channels. Featuring a flexible 240 cm polypropylene shaft (wand) and a soft white sponge tip, the swab allows easy access through complex and tortuous instrument channels to help verify whether contaminants remain after cleaning procedures.
The ATP Swab is intended for use with ATP monitoring systems and ATP test kits to provide accurate numerical measurements of residual organic contamination. Each swab is individually packaged, helping reduce the risk of cross-contamination during testing procedures.
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Product Name
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ATP Swab
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Tip Material
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Sponge
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| Wand Material |
Polypropylene (PP)
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| Wand Color |
Clear
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| Wand Length |
240 cm
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Tip Size
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3 mm
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Usage
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For Channel / Lumen Cleaning Verification
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| OEM & ODM |
Supported
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| Free Sample |
Available
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| Product Keywords |
ATP Swab, Channel Testing Swab, Absorbent Swab, EndoSwab, Sponge Swab, Foam Swab
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Designed to help verify the cleanliness of internal channels and difficult-to-reach areas after cleaning and disinfection procedures.
The flexible polypropylene wand easily navigates through narrow, curved, and complex instrument channels.
High-absorption sponge tip efficiently collects residual contaminants and biological material for ATP testing.
Single-use, and individually packed for enhanced hygiene and convenience.
Manufactured with latex-free materials to reduce allergy risks and improve safety.
Customization services are available for shaft length, tip size, packaging, and labeling according to customer requirements.
MEIDIKE GENE ATP Swabs are suitable for ATP cleanliness monitoring and contamination detection in medical and laboratory environments, including: