HSW ECO-MATIC® 0,3 ML LUER LOCK WITH BOTTLE ATTACHMENT

HSW ECO‑MATIC® 0.3 ml Luer‑Lock with Bottle Attachment The HSW ECO‑MATIC® 0.3 ml Luer‑Lock with Bottle Attachment is a high‑precision, self‑filling veterinary syringe designed for efficient and ergonomic administration of small injectable volumes. It features a durable plastic barrel, a wear‑resistant metal Luer‑Lock needle fitting, and a practical bottle attachment system that securely holds medication bottles for continuous dosing.

Key Benefits

Ergonomic design for comfortable handling during repetitive use
Automatic self‑filling mechanism for streamlined workflow
Infinitely variable and precise dosing from 0.1 ml to 0.3 ml with tolerance under 1 %
Durable plastic barrel and wear‑free metal needle fitting for long‑term reliability
Protective plastic basket holds medication bottles safely and allows quick bottle changes
Universal bottle adapter set included for compatibility with various bottle sizes and shapes (10 ml to 500 ml and larger), color‑coded for easy identification (white 20 mm, blue 30 mm, green 33 mm)

Composition

High‑strength plastic barrel
Wear‑resistant metal Luer‑Lock needle fitting
Durable plastic basket for bottle attachment
Universal bottle collars/adapters (Ø 20 mm, Ø 30 mm, Ø 33 mm)

Directions for Use

This syringe is intended for veterinary use with injectable medications. The needle is attached via the Luer‑Lock fitting. The bottle is inserted into the basket and pierced by the syringe’s spike after aligning through the viewing window. The dosage is adjusted by turning the dose adjuster until the front of the O‑ring aligns with the desired volume marking on the barrel. follow professional veterinary guidance.

Pack Size

Includes one HSW ECO‑MATIC® 0.3 ml syringe with bottle attachment and universal adapter set (collars Ø 20 mm, Ø 30 mm, Ø 33 mm).

Note

The syringe is designed for continuous use; only the O‑ring and barrel are replaceable if needed. Cleaning before each use is essential, following the manufacturer’s recommendations.