1ml Sterile Insulin Syringe 30G 8mm Needle

The Beare 1ml Sterile Insulin Syringe with 30G/8mm Needle is designed to provide safe, smooth, and accurate medication delivery for insulin users and healthcare providers. Each syringe is individually wrapped and sterilised to ensure the highest levels of hygiene and safety during use.
 
The ultra-fine 30-gauge needle minimises discomfort and ensures a gentle injection experience, ideal for routine daily insulin administration. The 8mm needle length provides reliable subcutaneous penetration while maintaining user comfort, making it suitable for both home users and clinical environments.
 
These syringes are single-use, pyrogen-free, non-toxic, and manufactured under strict quality standards. The dual safety caps protect both the needle and plunger before use, reducing contamination risk and ensuring each syringe is ready for clean, precise dosing.
Whether you're managing diabetes at home or stocking a medical facility, Beare syringes deliver consistent quality, accuracy, and peace of mind.
 
Specifications
Volume Capacity: 1ml syringe designed for precise insulin measurement and dosing.
Needle Size: Ultra-fine 30G x 8mm needle for reduced discomfort and smooth penetration.
Sterility: Each syringe is individually sealed and sterilised, ensuring optimal hygiene before use.
Safety Caps: Dual protective caps secure the needle and plunger, preventing contamination prior to opening.
Usage: Suitable for subcutaneous insulin injections; may also be used for other medications as directed by a healthcare provider.
Construction: High-quality, medical-grade materials that are pyrogen-free, non-toxic, and latex-free, making them safe for sensitive users.
Measurement Accuracy: Clear, easy-to-read dosage markings for accurate insulin measurement every time.
Single-Use Only: Designed for one-time use to ensure maximum safety and prevent infections. Safely discard after each injection.
Needle Sharpness: Precision-engineered needle tip reduces injection resistance for a gentler experience.