JELCO Manuals & User Guides
JELCO, a brand under Smiths Medical and ICU Medical, provides specialized safety IV catheters and intravenous medical devices for healthcare professionals.
About JELCO manuals on Manuals.plus
JELCO is a recognized medical device brand, now part of ICU Medical, Inc. and trademarked under Smiths Medical ASD, Inc. The brand specializes in intravenous delivery systems, most notably the JELCO IntuitIV Safety IV Catheter. These clinical products are designed to provide safe access to veins and arteries for blood sampling, pressure monitoring, and fluid administration while reducing the risk of accidental needlesticks.
Designed for healthcare professionals, JELCO catheters are manufactured to strict medical standards, completely free of latex, PVC, and DEHP. Through Smiths Medical's global distribution, JELCO continues to offer reliable fluid path components and venipuncture devices used in clinical settings worldwide.
JELCO manuals
Latest manuals from manuals+ curated for this brand.
Jelco IntuitIV Safety IV Catheter Instructions
JELCO IntuitIV Safety IV Catheter User Manual
Jelco IntuitIV Safety IV Catheter (Straight) - Instructions for Use
Jelco IntuitIV Safety IV Catheter⢠(Side Port) - Instructions for Use
IntuitIV Safety IV Catheter
JELCO support FAQ
Common questions about manuals, registration, and support for this brand.
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What is a JELCO IntuitIV Safety IV Catheter?
It is a medical device consisting of an introducer needle and an integral tip-protector designed to access a vein or artery for sampling blood, monitoring blood pressure, or administering fluids while reducing the risk of accidental needlesticks.
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Are JELCO catheters latex-free?
Yes, JELCO IntuitIV radiopaque IV catheters are manufactured without latex and are PVC and DEHP free.
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Who manufactures JELCO products?
JELCO products are patented and trademarked under Smiths Medical ASD, Inc., which is now part of ICU Medical, Inc.
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Are JELCO catheters reusable?
No, JELCO catheters are designed for single use only. They are provided sterile and non-pyrogenic, and reusing them may compromise the device integrity and patient safety.