Description

Product Description 

The Insulin Syringe is a premium disposable syringe designed for precise and reliable fluid dispensing, offering high-quality performance for various pharmaceutical applications. Manufactured using neutral borosilicate glass and compliant with ISO and SFDA standards, this syringe is engineered to meet international safety and quality standards, ensuring reliable use across medical, industrial, and laboratory environments.

Insulin Syringe High-Precision Design

This syringe features an advanced graduation scale that allows for accurate dosage, making it an essential tool for precise medication administration. It is available in sizes 1ml, 2.25ml, 3ml, and 5ml, offering flexibility in volume and compatibility with a variety of substances, including insulin, hormones, and other injectable materials.

Quality Materials

Crafted with neutral borosilicate glass, the syringe offers excellent resistance to chemicals and temperature fluctuations, ensuring stability and integrity of its contents. The rubber stopper is made from high-quality chlorinated/brominated butyl rubber, providing a secure seal to prevent leakage, while the polyisoprene needle shield ensures safety during handling.

The stainless steel needle, available in multiple gauge options (25G/26G/27G), is durable and ensures smooth, efficient injections. The plunger rod, made from polystyrene, is designed to offer consistent pressure for accurate fluid delivery.

Insulin Syringe Safety Features

The Insulin Syringe is equipped with a rubber stopper to prevent leakage, and the needle shield ensures safe storage and handling. The sterile packaging keeps the syringe safe from contamination before use, and each syringe is packaged in individual blister packs to maintain sterility until the point of use.

Versatility

This disposable syringe is versatile, serving a wide range of applications in pharmaceutical, industrial, and laboratory settings. It is designed for easy handling and use, providing precise measurements for insulin, hormones, and other injectable materials. The syringe’s design also supports customization, making it suitable for various fluid dispensing applications across different sectors.

Simple and Reliable Operation

The Insulin Syringe is designed for ease of use, ensuring smooth operation from start to finish. The clear borosilicate glass barrel allows users to see the fluid level clearly, while the graduation scale enables precise dosing with each use. Its straightforward design guarantees that users can perform injections accurately and safely without unnecessary complications.

Product Specifications 

The Insulin Syringe is designed with precision engineering to ensure accuracy, reliability, and safety for a variety of pharmaceutical and industrial uses. Below are the detailed specifications for this high-quality syringe:

Specification	Details
Product Name	Insulin Syringe
Model Number	RY-3ml
Material	Glass Barrel: Neutral Borosilicate Glass Needle Shield: Polyisoprene Needle: Stainless Steel 304 (AISI 304) Rubber Stopper: Chlorinated/Brominated Butyl Rubber
Graduation Scale	0-80 IU (for 3ml cartridge), 0.01mL increments
Needle Size Options	25G, 26G, 27G
Syringe Size Options	1ml, 2.25ml, 3ml, 5ml
Plunger Rod Material	Polystyrene
Lubricant Used	Silicone Oil (1000 CST)
Packaging Type	Individual Sterile Blister Packs, Nest Box Packaging (for bulk orders)
Sterilization	Ethylene Oxide Sterilization
Certification	ISO, CE
Certificate of Conformity	Meets SFDA standards (China Food and Drug Administration)
Compatible with	Pre-filled glass syringes, insulin, hormones, and other pharmaceutical fluids
Delivery Time	7 days (subject to order size)
MOQ	10 units
Weight	20g (for 1ml syringe)
Usage	Ideal for pharmaceutical applications, including insulin administration and other injectable substances
Color	Clear
Customizable	Available for logo printing and packaging design
Packaging Size (Single Item)	35.0 x 25.0 x 15.0 cm
Gross Weight (Single Item)	1.0 kg
Packing Units	Single item packing

Detailed Component Specifications:

• Glass Barrel: Made from neutral borosilicate glass, providing excellent chemical resistance and durability, ensuring content stability.

• Needle Shield: The polyisoprene needle shield protects the syringe’s needle from damage and ensures safe handling.

• Needle: High-quality stainless steel 304 needles, available in gauges 25G, 26G, and 27G for various injection applications.

• Rubber Stopper: The chlorinated/brominated butyl rubber stopper ensures an airtight seal and prevents leakage of contents, safeguarding against contamination.

• Plunger Rod: Crafted from polystyrene, this rod is designed to maintain consistent pressure for accurate dispensing of fluids.

Packaging & Delivery:

• Sterile Packaging: Each syringe is packaged in an individual sterile blister pack to ensure hygiene and safety before use.

• Shipping & Delivery: Efficient, reliable shipping methods are used to ensure quick and safe delivery worldwide, including express, air, or sea transport options depending on order size.

This Insulin Syringe is ideal for precise and safe usage across medical, industrial, and laboratory applications, offering high-quality materials, reliable performance, and international standards compliance.

Structure & Material Details 

The Insulin Syringe is designed with precision and durability in mind, incorporating high-quality materials to ensure safe, effective, and reliable usage. Below are the detailed structural components and materials used in its construction:

1. Insulin Syringe Glass Barrel

The glass barrel of the syringe is made from neutral borosilicate glass, a material known for its excellent resistance to temperature fluctuations, chemical stability, and transparency. This material ensures that the syringe remains stable even when exposed to varying environmental conditions, such as high temperatures or exposure to harsh chemicals.

• Material Type: Neutral borosilicate glass

• Dimensions: Standard sizes include 1ml, 2.25ml, 3ml, and 5ml

• Characteristics:

  • High Chemical Resistance: Suitable for various types of pharmaceutical fluids.

  • Transparency: Allows clear visibility of the contents, ensuring that users can easily monitor the liquid level.

  • Durability: Resistant to thermal shock, making it suitable for sterilization processes.

2. Needle

The needle is made of stainless steel 304 (AISI 304), a high-strength material that ensures sharpness, durability, and smooth injection. Stainless steel needles are widely used in medical devices due to their strength, resistance to corrosion, and biocompatibility.

• Material Type: Stainless Steel 304 (AISI 304)

• Needle Sizes: Available in 25G, 26G, and 27G, suitable for various types of injections and fluid viscosities.

• Benefits:

  • Sharp and Precise: Ensures smooth injection with minimal discomfort.

  • Corrosion-Resistant: Ideal for use with a wide range of pharmaceutical substances.

  • Durable and Reliable: Designed to withstand repeated use while maintaining sharpness.

3. Needle Shield

The needle shield is made from polyisoprene, a high-performance material that is flexible, durable, and biocompatible. The shield helps protect the needle during storage and transportation, ensuring it remains sterile and safe for use.

• Material Type: Polyisoprene

• Function: Protects the needle from damage and prevents accidental needle sticks.

• Properties:

  • Flexible: Ensures a snug fit around the needle.

  • Biocompatible: Safe for use in pharmaceutical applications.

  • Durable: Provides long-lasting protection.

4. Insulin Syringe Rubber Stopper

The rubber stopper is made from chlorinated/brominated butyl rubber, known for its excellent sealing properties. This stopper is used to secure the contents inside the syringe and prevent leakage, ensuring that the syringe remains tightly sealed until it is used.

• Material Type: Chlorinated/Brominated Butyl Rubber

• Function: Seals the syringe to prevent leakage and contamination.

• Characteristics:

  • High-Quality Seal: Prevents leakage of pharmaceutical substances.

  • Durable and Safe: Resistant to chemical reactions and maintains stability over time.

  • Flexible and Resilient: Provides a secure seal without compromising the syringe’s integrity.

5. Insulin Syringe Plunger Rod

The plunger rod is made from polystyrene, a lightweight and rigid material that ensures the rod provides consistent pressure for smooth and accurate dispensing of the syringe contents.

• Material Type: Polystyrene

• Function: Moves within the barrel to dispense the liquid content.

• Properties:

  • Lightweight: Easy to operate without causing strain on the user.

  • Rugged: Resists breaking or bending during use.

  • Accurate Control: Ensures precise delivery of fluid doses.

6. Lubricant

A silicone oil lubricant is applied to the plunger rod to reduce friction and ensure smooth, effortless movement during fluid injection. This lubricant helps to minimize the force required to operate the syringe and ensures comfortable and controlled dispensing.

• Lubricant Type: Silicone Oil (1000 CST)

• Function: Reduces friction between the plunger and barrel for smooth operation.

• Benefits:

  • Reduced Friction: Ensures smooth and easy plunger movement.

  • Prevents Damage: Helps maintain the integrity of the syringe by reducing wear on internal components.

  • Improved Comfort: Minimizes discomfort during fluid dispensing.

7. Insulin Syringe Sterilization & Packaging

Each Insulin Syringe is ethylene oxide sterilized to ensure the highest level of hygiene and safety. The syringe is packaged in a sterile blister pack to maintain its sterilization and prevent contamination until it is ready for use.

• Sterilization Method: Ethylene Oxide (EO) Sterilization

• Packaging Type: Individual sterile blister packs or nest box packaging for bulk orders.

• Storage and Transportation: Stored in a tyvek sterile bag and honeycomb packaging for safe and efficient transportation.

  

Summary of Materials & Structure

The Insulin Syringe combines high-quality, durable materials like neutral borosilicate glass, stainless steel, and chlorinated butyl rubber, ensuring consistent, reliable performance across a variety of pharmaceutical applications. The design incorporates advanced components for precise fluid delivery, ease of use, and safety during handling and storage. Each syringe is manufactured in accordance with SFDA and ISO standards, ensuring global compliance for quality and safety.

Mechanism of Action 

The Insulin Syringe is a critical tool for precise, controlled delivery of pharmaceutical substances. While the specific mechanism of action varies depending on the medication being used, the overall principle of operation remains the same: to provide accurate and reliable dosing through a well-designed injection system. The syringe is engineered to deliver a fixed or adjustable dose of liquid medication through a fine, sharp needle, ensuring the efficient and safe administration of treatments.

How the Syringe Works:

1. Filling the Syringe
   The syringe is filled with the intended medication, whether it be a liquid drug, peptide, or hormone, via the 3ml cartridge (or other cartridge sizes such as 1ml, 2.25ml, and 5ml). The liquid is drawn into the barrel of the syringe, with the rubber stopper ensuring that the liquid remains contained and does not leak.

2. Plunger Mechanism
   The plunger rod, made from high-quality polystyrene, is inserted into the syringe barrel and, when pushed, forces the liquid medication through the needle. The rod moves smoothly along the interior of the barrel, aided by a silicone oil lubricant that minimizes friction, ensuring a precise and comfortable injection process.

3. Needle and Injection Process
   The needle (made from stainless steel) is designed to penetrate the skin or other targeted area efficiently. The fine, sharp point of the needle ensures minimal discomfort during injection. Once the needle is inserted, the plunger is pressed further, pushing the medication into the body. The design of the needle shield prevents accidental punctures during handling and transportation, maintaining the safety and sterility of the syringe.

4. Precise Dosing
   The syringe scale is carefully calibrated to deliver the exact amount of medication required, with increments as fine as 0.01mL for accurate dosing. Depending on the type of syringe, either pre-set doses or adjustable doses can be administered, providing flexibility for a variety of pharmaceutical needs.

5. Injection Completion
   Once the full dose has been dispensed, the needle shield can be applied again to protect the needle. The entire process from filling to injection is designed to be smooth and efficient, offering healthcare professionals and patients a reliable method for injecting medications in a safe, controlled manner.

6. Safety and Sterility
   The Insulin Syringe is sterilized using ethylene oxide (EO), ensuring that the syringe is free from contaminants before use. The use of high-quality materials like neutral borosilicate glass for the barrel, rubber for the stopper, and stainless steel for the needle ensures that the syringe is durable, safe, and compliant with global medical standards.

Key Advantages of the Mechanism of Action:

• Accurate Dosing: The finely calibrated scale and plunger system enable precise dosage, which is crucial for treatments that require consistent dosing, such as insulin or hormone therapies.

• Ease of Use: The syringe is designed to be easy to use, with smooth plunger action and minimal resistance, even for patients with limited hand dexterity.

• Safety Features: The needle shield and lubrication system prevent mishandling, contamination, and discomfort, making the syringe safe to use in medical and home environments.

• Sterility: The ethylene oxide sterilization process ensures that the syringe remains free from bacteria or viruses, promoting patient safety.

  

Applications 

The Insulin Syringe is a versatile and widely used medical device, particularly in healthcare settings where precise, controlled medication delivery is required. Its applications extend beyond insulin injections to a variety of other treatments, making it essential in both professional healthcare and personal home care. Below are some of the primary applications of the Insulin Syringe:

1. Diabetes Management (Insulin Delivery)

The Insulin Syringe is most commonly used for managing diabetes, a condition where the body either doesn’t produce enough insulin or doesn’t use it effectively. The syringe allows for precise, adjustable insulin doses, ensuring that individuals can maintain stable blood glucose levels and manage their condition effectively.

• Usage: Administering insulin for patients with Type 1 and Type 2 diabetes.

• Dosing: The syringe offers various dosing increments (e.g., 0.01mL) to tailor insulin intake to the individual’s needs, improving diabetes control.

2. Hormone Replacement Therapy

Aside from insulin, the Insulin Syringe is also used for the administration of other injectable hormones. This includes growth hormones and thyroid hormones, where accurate and controlled doses are critical for effective therapy.

• Hormone Applications: Growth hormone therapy, thyroid replacement therapy, and other hormone-related treatments.

• Precision: The syringe allows for precise dosing to achieve optimal therapeutic results, helping regulate hormone levels in the body.

3. Peptide Injections

Peptides, used in various therapeutic applications such as fertility treatments and tissue regeneration, are often administered using Insulin Syringes. These substances require precise dosage and controlled delivery, and the syringe provides both with its fine, calibrated scale and smooth plunger action.

• Peptides Used: Human Growth Hormone (HGH), glucagon-like peptide-1 (GLP-1), and other therapeutic peptides.

• Benefits: Ensures that these treatments are delivered with accuracy, promoting efficiency in clinical outcomes.

4. Insulin Syringe Cosmetic and Aesthetic Treatments

The Insulin Syringe is also widely used in the aesthetic and cosmetic industry, particularly for procedures like botox injections, dermal fillers, and other skin treatments. The fine needle and accurate dosing capabilities make it ideal for precise, low-volume cosmetic treatments that require exact measurements.

• Common Uses: Botox injections, facial dermal fillers, mesotherapy, and other minimally invasive skin treatments.

• Advantages: The fine needle ensures minimal discomfort, while the precise dosing ensures consistent, safe results.

5. Veterinary Applications

In some veterinary practices, the Insulin Syringe is used for administering medications to animals, particularly for diabetic pets. The syringe’s versatility in administering controlled doses of medication makes it a suitable choice for both human and animal treatments.

• Uses in Veterinary Medicine: Administering insulin to diabetic pets such as cats and dogs.

• Benefits: Provides a simple and effective tool for ensuring pets receive their required medication, improving the quality of life for diabetic animals.

6. Fertility Treatments

Fertility treatments often involve hormone injections, such as follicle-stimulating hormone (FSH), luteinizing hormone (LH), or human chorionic gonadotropin (hCG). The Insulin Syringe is commonly used for these types of injections, as it allows for controlled and precise hormone delivery, which is crucial for successful treatment outcomes.

• Treatment Areas: IVF (In vitro fertilization), ovulation induction, and other fertility enhancement procedures.

• Precise Dosing: The syringe’s adjustable doses enable accurate hormone administration, maximizing treatment success rates.

7. Home Care and Self-Administration

Many patients use Insulin Syringes for self-administration of daily insulin doses or other injectable treatments in the comfort of their home. The syringe’s design ensures ease of use, even for individuals with limited mobility or dexterity.

• Self-Administration: For patients with chronic conditions like diabetes, who need to inject medication on a daily basis.

• Home Use: The ease of use and precision of the Insulin Syringe make it a trusted tool for home care, reducing the need for constant medical visits.

8. Insulin Syringe Research and Laboratory Use

In medical research and laboratories, Insulin Syringes are employed for experiments involving precise medication delivery. The accuracy of the syringe helps researchers deliver controlled doses of chemicals, hormones, or other substances into biological specimens.

• Research Use: For laboratory experiments requiring exact doses of various compounds.

• Laboratory Applications: Accurate dosing of reagents, chemicals, and other liquid compounds in scientific experiments.

  

Packaging Options 

The Insulin Syringe comes in secure, export-ready packaging:

• Individual Blister Packaging: Each syringe is packaged in a blister pack to maintain sterility and prevent contamination.

• Bulk Packaging: Syringes are packed in nest boxes for large-scale distribution, ensuring safe transportation.

• Custom Packaging: Custom packaging options are available for bulk orders, including branded packaging or special labeling to meet client requirements.

Shipping Guarantee 

We offer reliable shipping for the Insulin Syringe, ensuring the product reaches you safely and on time:

• Export-grade Packaging: Each syringe is securely packed to prevent damage during international transit.

• Fast Delivery Options: We offer express delivery for smaller orders (typically within 3 to 7 days) and bulk shipping options via air or sea for larger quantities.

• Global Shipping: With a global logistics network, we guarantee the safe delivery of the Insulin Syringe worldwide.

Trade Assurance 

We provide full trade assurance for all our Insulin Syringe orders. With direct China factory manufacturing, we ensure high-quality products and reliable customer service:

• Long-term Wholesale Support: We are committed to building long-term relationships with international partners, offering consistent product supply and competitive pricing.

• Stable Quality Control: Every syringe is manufactured under strict ISO-certified processes, ensuring high-quality standards.

Payment Support 

We support multiple payment methods for your convenience:

• Credit Card

• T/T (Telegraphic Transfer)

• L/C (Letter of Credit)

• Cryptocurrency Payments (e.g., Bitcoin, Ethereum)

Disclaimer 

The Insulin Syringe is designed for non-medical fluid dispensing and should not be used for administering any biological agents or medications without professional oversight. This product is for industrial, research, and pharmaceutical applications only. Always ensure proper handling and disposal as per applicable safety