How the Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL Changed My Routine
The Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL is a micro-volume syringe designed for precise liquid and gas handling, a critical tool in various laboratory applications. Manufactured by Hamilton, a name synonymous with quality in the scientific instrumentation world, this syringe boasts a cemented needle and a fluoropolymer resin tip, tailored for accuracy and preventing septum coring. This makes it an essential piece of equipment for professionals who demand the utmost precision in their analytical work.
For years, I struggled with inconsistent sample injections in my gas chromatography analyses. The standard syringes I used often leaked or delivered varying volumes, skewing my results and wasting valuable reagents. The promise of a gas-tight seal and accurate dispensing drew me to the Hamilton Syringe 170IN Gas Tite 10UL.
Unboxing it, I was immediately struck by the meticulous construction. The syringe felt solid and well-balanced, with a smooth plunger action that inspired confidence. The needle, finely honed and securely attached, spoke volumes about the attention to detail.
Compared to cheaper, disposable syringes, the Hamilton Syringe 170IN Gas Tite 10UL felt like a precision instrument, not just a consumable. While other syringes might offer similar volume capacities, none provided the same level of confidence in terms of leak-proof performance and consistent delivery. I chose this Hamilton syringe because reliability is paramount when dealing with sensitive analyses.
My first impression was one of cautious optimism. I was eager to see if it lived up to the hype and solved my injection inconsistency issues, streamlining my workflows and improving data quality. This tool held the potential to dramatically improve the accuracy and reliability of my analytical processes.
Real-World Testing: Putting Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL to the Test
First Use Experience
My initial testing ground was in the lab, using the syringe for gas chromatography-mass spectrometry (GC-MS) analysis of volatile organic compounds. I needed to inject precisely 1 microliter of sample into the GC-MS, a process where even slight variations in volume can compromise the results. The Hamilton Syringe 170IN Gas Tite 10UL excelled.
I tested the syringe with both volatile solvents and gaseous samples, subjecting it to temperature variations within the lab environment. It maintained its gas-tight seal and dispensed consistent volumes regardless of temperature changes. The smooth plunger action made it incredibly easy to control the injection rate and volume, eliminating the jerky movements that often plague less refined syringes.
Using the Hamilton Syringe 170IN Gas Tite 10UL was noticeably easier than the standard syringes I had been using. There was a learning curve, specifically in mastering the delicate plunger control required for micro-volume injections. The immediate benefit was the elimination of air bubbles and inconsistent sample delivery, problems that had previously plagued my GC-MS analyses.
The only surprise was how much easier the entire injection process became. I hadn’t realized how much effort I was expending just trying to get a decent injection with my old syringes. The Hamilton syringe revealed a new level of precision and control that significantly improved my workflow.
Extended Use & Reliability
After several months of consistent use, the Hamilton Syringe 170IN Gas Tite 10UL has proven to be a reliable workhorse. It consistently delivers accurate and reproducible injections, greatly enhancing the quality of my analytical data.
Despite rigorous daily use, there are no signs of significant wear and tear. The plunger still moves smoothly, and the needle remains sharp and securely attached. The glass barrel is resistant to chemical attack from the various solvents I use.
Cleaning the Hamilton Syringe 170IN Gas Tite 10UL is straightforward. A simple flush with a compatible solvent followed by air drying is sufficient to maintain its performance. The cemented needle design means I don’t have to worry about disassembling and reassembling the syringe for cleaning, saving valuable time and reducing the risk of damage.
Compared to my previous experiences, the Hamilton Syringe 170IN Gas Tite 10UL has far exceeded expectations. It provides a level of precision and reliability that other syringes simply can’t match, proving its value as an investment in quality and efficiency. The consistency and accuracy it provides translate directly into better data and more confident results.
Breaking Down the Features of Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL
Specifications
The Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL boasts several key specifications:
- Volume: 10 microliters (µL). This micro-volume capacity is essential for applications where small sample sizes are critical.
- Needle: 26S gauge, cemented needle. The 26S gauge provides a balance between needle strength and internal diameter for optimal sample delivery.
- Point Style: Point Style 2. This needle point is designed for septum penetration and minimizes septum coring.
- Needle Length: 5.1 cm. The length is optimized for reaching the injection port in various autosamplers.
- Syringe Type: 1700 Series GASTIGHT. This designation signifies the syringe’s ability to maintain a gas-tight seal, crucial for volatile samples.
- Compatibility: Designed for Agilent* Autosamplers 7670A, 7671A and 7672A. This ensures seamless integration with common laboratory equipment.
These specifications directly impact the syringe’s performance. The micro-volume capacity allows for the analysis of trace amounts of substances. The GASTIGHT design guarantees that no sample is lost due to leakage, ensuring accurate quantitative analysis.
Performance & Functionality
The Hamilton Syringe 170IN Gas Tite 10UL excels in its primary function: delivering precise and reproducible volumes of liquids and gases. Its accuracy is remarkable, and the gas-tight seal prevents sample loss, making it ideal for volatile compounds.
The syringe’s strengths lie in its precision, reliability, and ease of use. The only potential area for improvement might be a finer graduation scale on the barrel for even more precise volume readings, though the current scale is adequate for most applications. It meets and exceeds expectations, especially when compared to lower-quality alternatives.
Design & Ergonomics
The Hamilton Syringe 170IN Gas Tite 10UL is built with quality materials and a focus on ergonomics. The glass barrel is chemically resistant and allows for easy visualization of the sample. The plunger moves smoothly and effortlessly, providing excellent control over the injection process.
The syringe is user-friendly, although mastering the delicate plunger control required for micro-volume injections takes some practice. The well-balanced design makes it comfortable to hold and operate, even during prolonged use.
Durability & Maintenance
The Hamilton Syringe 170IN Gas Tite 10UL is designed to last. The quality construction and robust materials ensure it can withstand the rigors of daily laboratory use. With proper care and cleaning, it should provide reliable service for a long time.
Maintenance is simple, requiring only occasional cleaning with appropriate solvents. The cemented needle design eliminates the need for complex disassembly and reassembly, reducing the risk of damage during cleaning.
Accessories and Customization Options
The Hamilton Syringe 170IN Gas Tite 10UL doesn’t come with a wide range of accessories, as its primary function is precise liquid and gas handling. However, replacement needles are available from Hamilton, allowing users to replace damaged or worn needles. While the syringe itself isn’t highly customizable, its compatibility with Agilent autosamplers expands its usability.
Pros and Cons of Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL
Pros
- Exceptional accuracy in delivering micro-volumes of liquids and gases, leading to more reliable analytical results.
- Gas-tight seal prevents sample loss, crucial for volatile compounds.
- High-quality construction ensures durability and long-term performance.
- Smooth plunger action provides excellent control and ease of use.
- Septum-piercing needle design minimizes septum coring, extending the lifespan of expensive GC-MS septa.
Cons
- The price is significantly higher than disposable syringes, although the increased accuracy and lifespan justify the cost for critical applications.
- The cemented needle design means the needle cannot be replaced independently if damaged, requiring replacement of the entire syringe assembly.
Who Should Buy Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL?
The Hamilton Syringe 170IN Gas Tite 10UL is perfect for:
- Analytical chemists requiring precise and reproducible injections for techniques like GC, GC-MS, and HPLC.
- Laboratory technicians performing quantitative analyses where accurate sample delivery is critical.
- Researchers working with small sample volumes or volatile compounds.
Who should skip this product? Those who only need syringes for non-critical applications where high accuracy is not required. If budget is a primary concern and precision is not paramount, cheaper, disposable syringes might suffice.
A must-have accessory is a high-quality syringe cleaning solution appropriate for the solvents being used. Regular and proper cleaning is essential to maintain the syringe’s accuracy and lifespan.
Conclusion on Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL
The Hamilton Syringe 170IN Gas Tite 10UL 80000 Syringe 170IN Gas Tite 10UL is an investment in precision and reliability. It’s not the cheapest option on the market, but its accuracy, gas-tight seal, and durable construction make it well worth the price for those who demand the best.
The value proposition is clear: the Hamilton syringe delivers consistent, accurate results, minimizing errors and maximizing the quality of analytical data. For professionals who rely on precise sample delivery, the Hamilton Syringe 170IN Gas Tite 10UL is an indispensable tool.
I would wholeheartedly recommend it to anyone who needs a reliable and accurate micro-volume syringe. If you’re tired of inconsistent injections and unreliable results, this syringe will revolutionize your workflow and give you the confidence you need to perform critical analyses. Invest in the Hamilton Syringe 170IN Gas Tite 10UL and experience the difference that precision makes.