1 mL U-100 Insulin Syringe – 31G x 5/16” (Sterile, Single-Use)
This 1 mL U-100 insulin syringe with ultra-fine 31G x 5/16” needle is designed for precise, low-volume injections. Its fine gauge and short needle length make it ideal for subcutaneous applications requiring accuracy, comfort, and controlled delivery.
Product Specifications:
• Capacity: 1 mL (U-100 scale)
• Needle Size: 31 Gauge x 5/16 inch
• Ultra-fine needle for smooth penetration
• Clear, easy-to-read unit markings
• Sterile, individually packaged
• Latex-free
• Single-use, disposable
Why It’s Commonly Selected for Peptide Applications:
• Fine 31G needle supports comfortable subcutaneous administration
• Short 5/16” length optimized for shallow injection depth
• U-100 unit markings allow precise measurement of small volumes
• Smooth-glide plunger for controlled, consistent delivery
Designed for accurate measurement and single-use handling in compliant environments. Always follow applicable regulations and proper sterile technique when handling injectable materials.
1 mL U-100 Insulin Syringe – 31G x 5/16” (Sterile, Single-Use)
This 1 mL U-100 insulin syringe with ultra-fine 31G x 5/16” needle is designed for precise, low-volume injections. Its fine gauge and short needle length make it ideal for subcutaneous applications requiring accuracy, comfort, and controlled delivery.
Product Specifications:
• Capacity: 1 mL (U-100 scale)
• Needle Size: 31 Gauge x 5/16 inch
• Ultra-fine needle for smooth penetration
• Clear, easy-to-read unit markings
• Sterile, individually packaged
• Latex-free
• Single-use, disposable
Why It’s Commonly Selected for Peptide Applications:
• Fine 31G needle supports comfortable subcutaneous administration
• Short 5/16” length optimized for shallow injection depth
• U-100 unit markings allow precise measurement of small volumes
• Smooth-glide plunger for controlled, consistent delivery
Designed for accurate measurement and single-use handling in compliant environments. Always follow applicable regulations and proper sterile technique when handling injectable materials.