
MN Health Luer Lock Syringes · 1 mL · Non-Sterile · 100/pack
This sterile 5mL Luer Lock syringe is designed for precise fluid delivery, ensuring secure attachment of needles or other Luer-compatible devices. It is primarily used in endodontic procedures for irrigation, facilitating the thorough cleansing of root canals.
The syringes are supplied in sterile 5-packs. This packaging supports efficient clinical workflow by providing multiple sterile units, suitable for dental practices managing patient-specific sterile supplies and maintaining controlled inventory levels for endodontic irrigation.
Product
- Manufacturer
- MN Health
- Manufacturer #
- 1040001
- Item code
- 001-0241
Catalog path
- Marketplace
- Clinical
- Category
- Endodontics
- Subcategory
- Irrigation
Ordering
- Status
- Ships in 3 business days
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Questions
What is MN Health Luer Lock Syringes used for?
This sterile 5mL Luer Lock syringe is designed for precise fluid delivery, ensuring secure attachment of needles or other Luer-compatible devices.
Which size and sterility and pack options are on this page?
This page carries 3 size options: 1 mL, 3 mL, 5 mL. This page carries 2 sterility options: Non-Sterile, Sterile. This page carries 2 pack options: 100/pack, 5/pack. Pick one to see its price, part number and stock.
When does it ship?
In-stock orders placed before 3 PM ET ship the same day; anything not on our shelf ships within 3 business days.Ground shipping is free over $10.
About syringes and tips
The syringe holds the solution and pushes it through the needle, and the FDA lists an endodontic irrigating syringe among dental hand instruments. Flow rate is one of the variables studies pair with needle gauge, canal taper and preparation size when they measure how well a canal is cleaned. A syringe is also how a paste or a gel is put into a canal, with or without a spiral or a carrier on the end.
Irrigation is the chemical half of cleaning a canal: instruments cannot contact every part of the canal wall, so solutions are used to reach what they leave untouched. One review puts the share of canal wall left un-instrumented at 40 to 50 percent. Bacteria have been found inside the dentinal tubules as deep as 300 to 500 microns.
The FDA lists the endodontic irrigating syringe among dental hand instruments, a Class I device (21 CFR 872.4565). The solutions fall into proteolytic agents, demineralizing or chelating agents, antiseptics and topical antibiotics, with sodium hypochlorite, EDTA and chlorhexidine as the common examples.
How the parts of an irrigation set-up differ
- Irrigation Needles — The tip that goes down the canal; its opening decides where the fluid goes. A closed-ended needle keeps the pressure at the tip low, which reduces the risk of solution being pushed past the end of the root.
- Syringes & Tips — The barrel that holds the solution, not the tip that enters the canal.
- Irrigating Devices — Adds movement to the solution, where a syringe and needle only deliver it.
- Irrigation Solutions — The chemistry itself: one solution works on the organic tissue, the other on the inorganic part.
What to look at when choosing irrigation needles and syringes
Tip design: the review of flow models calls side-vented needles the most balanced of the configurations it compared, and says open-ended designs warrant cautious application.
Canal size: smaller apical preparations and narrow tapers went with higher wall shear stress, larger preparations with lower stress and smoother flow.
Strength of solution: one review reports that sequences using 5 percent hypochlorite with 17 percent EDTA took more calcium and phosphorus out of dentine than 3 percent hypochlorite with 8 percent EDTA. Every irrigation sequence studied had some damaging effect on dentine, including lower flexural strength and microhardness.
Sources: The effect of root canal irrigants on dentin: a focused review, 2020 (Restor Dent Endod) · Shear stress dynamics in root canal irrigation: a systematic review of computational fluid dynamics studies, 2026 (Front Dent Med) · FDA 21 CFR 872.4565, Dental hand instrument · Intracanal placement of calcium hydroxide: a comparison of a specially designed paste carrier technique with other techniques, 2013 (BMC Oral Health) · Comparative evaluation of irrigant activation devices for removal of calcium hydroxide, 2026 (BMC Oral Health)







