The glass syringe 1ml stands as a fundamental tool in many scientific applications. Its compact size facilitates accurate dispensing and measurements. The transparent borosilicate glass provides visibility into the liquid contents. The plunger on the syringe can also be adjusted to control fluid flow. Prefilled glass syringe 1ml plays a vital role in the medical industry.
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Making glass syringes 1ml is complex and requires advanced technology in a GMP-compliant workshop. We use FIOLAX@ clear neutral glass tubing from Schott for the next processing. The production process includes tube cutting, molding, cleaning, silicification, and more. The sequential steps are as outlined below:
Many types of glass syringes 1ml are classified by the length, measurements, materials of plunger rods, Luer pattern, top cap, glass barrel bottom, and needle attachment.
Syringes 1ml are categorized into standard and long prefilled types based on length. A slender barrel offers heightened precision, with a minute 0.02ml scale option.
Standard glass syringe 1ml is one of the most popular distillate packaging. And the long glass syringes are excellent hyaluronic acid containers.
In terms of measurements, glass syringes are available with or without markings.
Measurements are invaluable for accurately gauging small liquid quantities. However, markings may not be essential in the context of disposable prefilled syringes. A blank glass syringe can show the contents inside without being obscured by numbers. Additionally, glass syringes without ink printing contribute to a more environmentally friendly option.
Glass syringes with a 1ml capacity can have either plastic or metal twist plunger rods.
Usually, medical glass syringes opt for plastic plungers. Glass syringes with metal twist plungers are mainly used for packaging hemp oil. The metal plunger rod is easier to use because cannabis concentrates are thick and sticky. The 5 Points To Choose Distillate Syringe From A Plastic And Metal Plunger.
Looking at the sealing of prefilled syringes, two kinds of glass syringe 1ml caps exist: Luer lock and Luer slip. Luer lock syringes feature screw-on tips that help to prevent leaks. And the Luer slip syringes have a friction-fit tip that is easier to attach and remove. Both types of syringes are available in a variety of dispensing. How To Choose Distillate Glass Syringe With Luer Lock Vs Luer Slip
When you focus on the top cap of the prefilled glass syringes, there are childproof syringes and self-destructed syringes.
A childproof cap can prevent children from accessing the contents of your syringes. It’s dangerous for cannabis extracts or some medicine liquids to children.
A self-destructing glass syringe is designed for disposal after use. Its deliberate destruction ensures patient safety. These syringes are readily accessible at most pharmacies or medical supply stores.
From the bottom shape of 1ml glass syringe barrels, the syringes can be classified as round bottom and trimmed-end bottom syringes.
The prevalent type found in the market is the round-edged glass syringe. After further cutting based on the round syringes, the glass syringe with a trimmed edge comes out. Its advantage is that it is not easy to roll off when placed at a table. Both types of syringes operate similarly regardless of the chosen design.
There are glass syringes 1ml with/without needles according to whether the needle is staked into a syringe.
Glass syringes can be fitted with a needle to inject liquids into the body or draw fluids from a container. They can also be used without a needle for measuring small amounts of liquid. Glass syringes with stake needles are commonly used in vaccines or biopharmaceutical products.
The glass syringe 1ml comprises a glass tube, a push rod, and a rubber cap. The glass barrel is made of borosilicate glass, a type of glass resistant to heat and chemicals. Good material ensures product quality and is also environmentally friendly.
Glass syringe 1ml features air-tight. And it can prevent air from entering the barrel. It is essential for safeguarding the syringe’s contents from potential damage. So how do you verify its airtightness? One of the easiest ways is to pull the plunger rod out when the cap is locked on. If the plunger rod recovers quickly, the syringe is sealed tight.
A glass syringe 1ml is an excellent way to package marijuana extract. It can be easily heated and carried, making it the perfect partner for e-cigarettes. This means enjoying extracts anywhere without having a separate heat source.
Glass syringes offer a high level of precision when it comes to dosing. It is good if you want to add the concentrates to a receipt, food, or directly into your mouth. With just a few drops, you can achieve the perfect amount of cannabis extract every time.
Borosilicate glass syringe 1ml is famous for refillable syringes. A refillable syringe is a syringe that comes already filled with medication. It is widely used in hyaluronic acid packaging. Glass syringe 1ml with a staked needle is a prevalent vaccine administration method. Using prefilled syringes brings various advantages, such as:
The 1ml size is perfect for those who need precision and accuracy in their applications. The small size also makes it ideal for use in tight spaces. This syringe is a great choice for labs and vets who prefer not to have plastic tubes on hand! This syringe is durable and can withstand repeated use.
You can also explore other new uses of it according to its characteristics.
The Backstop is a finger flange that can be attached to a 1ml glass syringe and helps you hold a syringe. The injection needs a hard push for viscous medicine liquid. The finger flange increases the syringe edge and makes it easy to use.
It has many different shapes and colors. The colors can be customized.
There are semi-enclosed and fully enclosed backstops. The pushrod must be unscrewed from the syringe before use in a fully closed backstop.
They are the same price for different Luer system syringes.
The price of a 1ml skinny glass syringe is higher than a 1ml short glass syringe. Since the process of a small diameter borosilicate glass is complicated, the cost is high.
A 1ml metal plunger rod is more expensive than a plastic one because metal costs more than plastic.
The price of a 1ml glass syringe with gold plunger is slightly higher than that of the silver one. The silver plunger rod is made of stainless steel. And the gold pushrod needs to be electroplated with a gold color based on a silver plunger.
Generally, the order price is inversely proportional to the quantity of the product. —the more the amount, the lower the price. Our minimum order quantity is 100 pieces.
There are many benefits to having customized 1ml glass syringes, especially when it comes to branding. Having syringes with logos or other customizations can enhance brand image. And make your business more recognizable.
It can also be a great way to show your customers that you care about their individual needs and are willing to go the extra mile to provide them with what they want.
We offer both EO gas and irradiation sterilization methods for borosilicate glass syringes.
EO gas sterilization is a process that uses ethylene oxide gas to kill microorganisms. This method is effective against a wide range of bacteria, viruses, and fungi. Irradiation sterilization uses high-energy radiation to kill microorganisms.
Contact us to discuss your requirements of 1ml Luer Lock Glass Syringes Supplier. Our experienced sales team can help you identify the options that best suit your needs.
Irradiation sterilization is a process that uses ionizing radiation to destroy microorganisms, bacteria, and viruses. The radiation can come from gamma rays, x-rays, or electron beams.
All these 2 methods can keep glass syringes clean and safe.
Nest boxes are the most common type of packaging for 1ml glass syringes. They help protect the syringe from breakage during shipping and handling. Nest boxes also provide a barrier against contamination. There are 100pcs in a box. Thus, the least order quantity is one box for wholesaling.
At the end of the article, we invite you to send us a message and tell us what you think. Do you have any questions about glass syringes? Let us know!
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Pharmaceutical and laboratory syringes are used in various applications such as chromatography, compounding pharmaceuticals, and environmental sampling. There are many different types of syringes, each ideally suited to one or more applications.
At Air-Tite, many of our customers in the laboratory and pharmaceutical fields ask us the same questions about syringes. We decided to create this FAQ article to answer some of those more commonly asked questions so you can make a more informed buying decision.
NORM-JECT® and HENKE-JECT® syringes are more chemically resistant than many other options, but glass and metal syringes are the most resistant.
If you’d like to learn more, you can read this blog.
The answer to this question depends entirely on the experiment you’re performing. For example, if you’re seeking fine dosing of microliters, you should opt for a microliter syringe. Alternatively, if the substance you’re working with is sensitive to oil, silicone, or rubber, then a NORM-JECT® 2-part syringe will work best.
NORM-JECT® syringes are also ideal for chromatography applications, such as normal and reversed phase HPLC sample preparation procedures. They can work well in other chromatographic analysis techniques such as hydrophobic interaction, ion exchange, and size exclusion chromatography that use various aqueous buffer and salt solutions during the sample preparation protocols.
To read more about syringes for chromatography, you can read this blog.
Yes. They are REACH and RoHS compliant.
REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals) compliance refers to a set of regulations that address potential environmental and human health hazards, specifically in regards to the potential use of certain materials in manufacturing, like lead, DMF, PAHs, Phthalates, AZO dyes, and PFOS.
RoHS (Restriction of the use of certain Hazardous Substances) compliance also addresses the use of hazardous materials in manufacturing, like lead, mercury, hexavalent chromium, polybrominated biphenyls (PBB), cadmium, and polybrominated diphenyl ethers (PBDE).
Luer lock syringes have threaded locking mechanisms at the tip to secure a needle hub. The hub of the needle is twisted onto these threads in a screw-like fashion to keep it “locked” in place. This is ideal for applications that produce a high amount of pressure, or just to provide an extra level of security for the user.
A luer slip syringe provides a quicker fit, where the needle hub is simply pushed (or “slipped”) onto the tip in a twisting motion. The friction from the standardized fit of the needle hub and the syringe tip keeps the needle attached.
Both luer lock and luer slip syringes accept standard hypodermic needles.
3-part syringes contain trace amounts of lubricating oil that help prevent the rubber plunger from sticking to the inside of the barrel. This oil can contaminate and skewer the results of certain laboratory and pharmaceutical applications.
2-part syringes, such as NORM-JECT® or HENKE-JECT®, do not utilize rubber or lubricating oil in their design. They instead use a slightly oversized and precisely engineered plastic plunger that expands the barrel and creates a vacuum on the downward pull.
Syringe manufacturers offer several customized solutions for higher volume applications, such as:
To read more about the differences between 2-part and 3-part syringes, click here.
Air-Tite brand 3-part syringes are ideal for many lab and pharmaceutical applications. They are not registered as medical devices for human use, so they are manufactured at a lower production cost—and a lower price for our customers—but to the same high ISO standards that govern general hypodermic syringes.
Read our comparison of Air-Tite and NORM-JECT® syringes here.
Many lab and pharmaceutical applications work with extremely expensive or rare products/substances. Dead space in a traditional needle can result in up to 99µl of wasted product, which can quickly add up over a short period.
A combination of Low Dead Space (LDS) needles and syringes for labs and pharmaceuticals reduce the amount of waste to almost zero. The patented design of the LDS needle hub results in a significant amount of potential product and cost savings.
Air-Tite carries several lab and pharmaceutical LDS syringe options, such as:
Amber syringes help to reflect certain UV light wavelengths, making them a more suitable option for light-sensitive applications. These syringes also help to disguise the coloring of medications inside, so they are often used in clinical trials as a control method. Air-Tite can special order large quantities of these syringes upon request.
There are four different types of medical infusion and laboratory pumps:
Each pump works best with several different types of syringes. Give us a call, and we’ll be able to make a recommendation based on your application and the type of syringe pump you’re using.
The polypropylene barrel of this LDS syringe contains a small amount of oleamide and acts as a slip additive. The lubricant facilitates easy gliding by migrating to the surface of the barrel when in use.
Any lubricant appearing on the barrel surface resides behind the piston in the non-fluid space. Due to the design of these syringes, repeated pumping of the syringe piston could potentially aggravate the embedded oleamide and cause it to rise to the surface and into the fluid path.
The manufacturers recommend these syringes be used with a single draw of the plunger to load the solution and then depress the plunger to expel. Due to the design of these syringes, repeated pumping of the syringe piston could potentially aggravate the embedded oleamide.
You can always contact us because we’re happy to suggest in-stock product alternatives.
At Air-Tite, we carry a wide range of syringes for lab and pharmaceutical applications. If you’re not sure which syringe will work best for you, give us a call, and one of our experts will help you select the right one. Click below to view our complete product line.
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