1700 Series
Hamilton 1700 Series Gastight Syringes
PTFE-tipped precision syringes for accurate liquid and gas handling across chromatography and laboratory workflows
Hamilton 1700 Series Gastight syringes are designed for precise, leak-free handling of both liquids and gases in analytical, laboratory, and instrument-based workflows. As the Gastight version of the Hamilton 700 series platform, the 1700 Series uses a PTFE plunger tip to create a secure seal within the glass barrel, making these syringes well suited for applications where accuracy, repeatability, and sample integrity are critical. Chrom Tech supplies Hamilton syringes as an authorized distributor, helping laboratories select the correct configuration for chromatography, standards preparation, sample transfer, and other precision dispensing tasks.
The 1700 Series is commonly used when laboratories need a syringe that can handle volatile, viscous, or heterogeneous samples more effectively than a conventional metal-plunger syringe. The Gastight seal helps reduce leakage and evaporation while supporting reliable dispensing across low-volume analytical work. Depending on the exact model, this series covers a wide range of small-volume capacities and can be configured with different terminations, plunger styles, and needle options to match instrument connections, manual workflows, or custom sampling requirements.
Why Hamilton 1700 Series Gastight Syringes Are Used
In chromatography and analytical laboratories, syringe design directly affects transfer accuracy, sealing performance, and long-term usability. The Hamilton 1700 Series is built for applications where leak-free performance matters, especially when working with gases or with liquids that may evaporate, separate, or require tighter sealing during aspiration and dispensing. The PTFE-tipped plunger design supports consistent movement within the barrel while helping reduce sample loss and carryover concerns associated with poor sealing.
This syringe family is also valued for its versatility. Laboratories can select from multiple volume sizes and outlet configurations, making it easier to align syringe selection with specific tasks such as manual injections, aliquoting standards, sample preparation, or interfacing with valves, fittings, and removable needle assemblies. That flexibility makes the 1700 Series a practical choice across research, quality control, environmental, pharmaceutical, and general analytical workflows.
Designed for Precision and Versatility
The 1700 Series is a configurable Gastight syringe platform for precise liquid and gas handling. The family includes options for different terminations, including fixed and removable needle styles as well as connection formats such as luer-based configurations on certain models. This allows users to match the syringe to the handling method, sample type, and physical connection requirements of the application without giving up the sealing advantages of the Gastight design.
Because syringe selection often depends on both chemical compatibility and physical setup, the 1700 Series is especially useful in labs that need flexibility across multiple methods. Whether the priority is low-dead-volume transfer, replaceable needle convenience, or compatibility with instrument and tubing connections, this series provides a broad configuration range while maintaining the core benefit of a leak-free PTFE plunger seal.
Suitable for Volatile, Viscous, and Heterogeneous Samples
One of the key advantages of the Hamilton 1700 Series is its suitability for sample types that can challenge standard syringe designs. These syringes are commonly used for volatile, viscous, and heterogeneous samples, where sealing performance and controlled plunger movement are especially important. In these situations, the Gastight design can help improve dispensing consistency while reducing issues related to evaporation or incomplete transfer.
This makes the 1700 Series relevant not only for chromatography support tasks, but also for general laboratory handling steps where precise microliter-scale control is required. For laboratories that routinely prepare standards, transfer solvents, or handle gas samples, selecting the correct 1700 Series configuration can support cleaner operation and more dependable analytical results.