
Syringes are designed for subcutaneous insulin injections in diabetology.
-They are specifically designed for use with insulin vials with a concentration of 100 Ul.
-They are intended for insulin-dependent diabetic patients and nursing staff.
-They provide optimum comfort for patients during injection.
-The needle is crimped onto the baseplate, ensuring a solid connection with minimal dead space.
– The tip geometry is designed to minimize injection trauma.
-The tip is sharpened by an electro-polishing process.
-To make penetration less painful, the cannula is siliconized.
Availability: In Stock
| Component: | |
| Piston | ejects the drug from the syringe. |
| Piston seal | holds the drug in the syringe body. |
| Syringe body | Finger pads are aligned with the scale for a clear view of numbers and scale; |
| – scale numbers are clear, with wide spacing between units; | |
| 3 scales for precise dose administration | Half-unit graduation (0.3 ml syringe), |
| Graduation by one unit (0.5 ml syringe), | |
| Graduation by two units (1 ml syringe) | |
| Needle: | the needle is used to penetrate the skin during injection. |
| Protective cap | – The cap protects the needle; |
| The color of the cap indicates the syringe unit scale. | |
Technical specifications:
| Material per component | Needle: stainless steel ; |
| Needle lubricant | Silicone-based; |
| Body | Polypropylene; |
| Body lubricant | silicone oil; |
| Base (applicable to 0.3 ml and 0.5 ml syringes only): | Polypropylene; |
| Adhesive for 0.3 ml and 0.5 ml syringes: | Ultraviolet adhesive; |
| Adhesive for 1 ml syringes | Ultraviolet adhesive or UV-cured adhesive; |
| Piston rod | Polystyrene and dye; |
| Piston seal | Polyisoprene; |
| Protective cap | Polyethylene and dye; |
| Capacity | 1ml/0.3ml/0.5ml(30G*8mm)/0.5ml(29G*12.7mm) |
| Components do not contain natural latex. | |
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