- Condition: Factory New
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Warranty:
- Weight: 11.24 lb
- Non-toxic and non-pyrogenic
- Design minimizes the waste of medication
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Learn more:
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MFR:
Dynarex
Ships from Manufacturer
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MPN: 6937
- Phone: (888) 396-2739
Frequently asked questions
Are these syringes sterile and latex-free?
Yes, patient safety is a priority for these Dynarex syringes, which are manufactured under strict quality standards and offer several protective features:
- Sterile and Individually Wrapped: The syringes are supplied as sterile instruments, individually wrapped to maintain aseptic conditions until the moment of use.
- Hypoallergenic Material: They are built with a latex-free composition (not made with natural rubber latex), which minimizes the risk of allergic reactions.
- Safety Compliance: The materials used are also guaranteed to be non-toxic and non-pyrogenic.
Does the low dead space design minimize medication waste?
Yes, the Dynarex Tuberculin Syringe is specifically engineered with a low dead space design to maximize efficiency and conserve medication during use.
- Reduced Waste: The low dead spacing is built into the upper end of the barrel, significantly reducing the amount of residual medication left in the syringe after the injection has been fully administered.
- Precise Dosing: By ensuring minimal loss, this design helps maintain the accuracy required for administering small volumes, supporting the syringe’s function for precise 1 mL dosing.
What are the key features of this tuberculin syringe?
The Dynarex Tuberculin Syringe is engineered for precise, small-dose administration (1 mL capacity) while maximizing accuracy and patient safety.Key design features include: * Accurate Dosing: Features wide unit spacing and clear, easy-to-read scaling, allowing for precise measurement up to 1 mL. * Reduced Waste: Designed with low dead space at the upper end of the barrel to significantly minimize medication loss. * Enhanced Penetration: The double-bevel needle design ensures ease of penetration and smooth flow during dose administration. * Patient Safety: The syringes are manufactured to be non-toxic, non-pyrogenic, and completely latex-free, reducing the risk of allergic reactions. * Clarity: A clear barrel facilitates easy viewing and verification of the medication level.
Does the double-beveled needle ensure smooth penetration?
Yes, this syringe is engineered for ease of use and smooth administration.
The double-beveled needle design ensures:
- Easier Penetration: The tip is optimized for smooth entry, requiring less effort.
- Reduced Plunger Force: This facilitates smooth flow and controlled delivery of the small 1 mL dosage, minimizing effort for the user.
What needle gauge and lengths are available?
The 1 mL Dynarex Tuberculin Syringe is offered in three precise configurations. All options include a double-bevel needle design to ensure easier penetration and smooth flow for accurate small-dose delivery.
The available size options are:
- 25 Gauge (G), 5/8 inch length
- 26 Gauge (G), 3/8 inch length
- 27 Gauge (G), 1/2 inch length
What is the maximum capacity of this syringe?
The maximum capacity of the Dynarex Tuberculin Syringe is 1 mL.
This syringe is specifically engineered for precise administration of small volumes, incorporating several features to ensure dosing accuracy and minimize waste:
- High Accuracy: The clear barrel features easy-to-read scaling and wider unit spacing for highly precise measurement up to 1 mL.
- Minimal Waste: It utilizes low dead spacing at the upper end of the barrel to maximize medication recovery.
- Ease of Use: A double-beveled needle facilitates smooth penetration and reduces the force required for injection.
Is this syringe latex-free and non-pyrogenic?
Yes, the Dynarex Tuberculin Syringe is manufactured to strict safety standards, ensuring patient well-being.
Key compliance features include:
- Latex-Free: The syringe is not made with natural rubber latex, which is essential for minimizing the risk of allergic reactions for sensitive patients.
- Non-Toxic and Non-Pyrogenic: This guarantees clinical safety and minimizes the risk of adverse patient reactions.
Does this syringe offer accurate 1 mL dosing?
Yes, the Dynarex Tuberculin Syringe is engineered for highly accurate dosing up to 1 mL, making it ideal for the precise administration of small volumes of medication.
Key design features contribute to its precision and efficiency:
- Clear, Accurate Scale: The clear barrel features easy-to-read scaling with wider unit spacing, ensuring that you can draw up highly precise dosages up to 1 mL.
- Minimized Medication Waste: The design incorporates low dead space near the barrel tip, substantially reducing the amount of valuable medication residue left behind after administration.
- Smooth Delivery: The attached double-beveled needle allows for easier penetration and reduces the necessary plunger force, resulting in a smooth and controlled injection.
Does the needle design ensure smooth penetration?
Yes, the Dynarex Tuberculin Syringe is engineered for smooth penetration and easy administration of medication.
Key features that ensure this smooth performance include:
- Double-Beveled Needle: The needle tip utilizes a double bevel design, which significantly facilitates penetration and requires less force on the plunger.
- Reduced Plunger Force: This optimized design ensures a smooth flow and low resistance, simplifying the administration of small doses (up to 1 mL).
- Low Dead Space: The syringe also incorporates low dead spacing to reduce medication waste.
Does the clear barrel ensure highly accurate dosing?
Yes, the clear barrel is engineered to ensure highly accurate small-dose delivery up to 1 mL.
Its design focuses on precision and efficiency, which are critical for administration:
- Precise Measurement: The clear barrel features easy-to-read scaling with wider unit spacing, allowing for the extremely precise preparation of doses up to 1 mL.
- Minimizing Waste: The syringe incorporates low dead space at the upper end of the barrel. This feature significantly minimizes medication waste during administration by preventing residual drug from being trapped.