Disposable Plastic Lab Syringes, Luer Slip, No Needle, Non-Sterile

Disposable Plastic Lab Syringes, Luer Slip, No Needle, Non-Sterile

Single-use polypropylene lab syringes with Luer-slip tip, designed for precise liquid measurement, transfer, and dispensing in laboratory, industrial, and research settings. The transparent PP barrel features clear, bold graduation markings for accurate volume reading. The Luer-slip tip provides friction-fit compatibility with standard blunt-tip dispensing needles, tubing adapters, and Luer-slip fittings. The smooth-action plunger with a positive stop prevents accidental over-extension and minimizes sample loss. Latex-free, BPA-free, and non-toxic. Non-sterile, bulk packaged without individual wrapping. For laboratory and industrial use only – not for medical or injection use.

DIMENSIONAL SPECIFICATIONS:
1mL: Graduation interval 0.01mL; suitable for small-volume precision dispensing; 100/pack
5mL: Graduation interval 0.2mL; suitable for reagent transfer and aliquoting; 100/pack
10mL: Graduation interval 0.5mL; general-purpose lab liquid handling; 100/pack
20mL: Graduation interval 1mL; for medium-volume transfer and dispensing; 100/pack
60mL: Graduation interval 5mL; for large-volume transfer and dispensing; 100/pack

COMMON APPLICATIONS: Liquid reagent transfer and dispensing; buffer and solution aliquoting; sample loading; industrial fluid dispensing; small-volume liquid measurement in research and analytical laboratories; general-purpose liquid handling in chemistry, biology, and educational settings.

USAGE NOTES: Non-sterile and non-pyrogenic – not intended for injection, medical, or clinical use. Note: Luer-slip tip uses friction fit – ensure a firm, secure connection before dispensing to prevent accidental disconnection under pressure. For pressure-critical applications such as syringe filter use, a Luer-lock syringe is recommended instead. Single-use; dispose of after use according to local laboratory waste regulations. Store in a clean, dry environment away from direct sunlight and extreme temperatures.