Technicon Services Perkinelmer Consumables

Auto Sampler Vials

Our Auto Sampler Vials are essential laboratory consumables used for storing and handling samples in automated analytical instruments such as Gas Chromatography (GC) and High-Performance Liquid Chromatography (HPLC) systems. Manufactured using high-grade glass materials, our vials ensure excellent chemical inertness, durability, and maximum sample integrity.

We design our vials to be compatible with a wide range of autosamplers, enabling precise sample injection while minimizing analytical errors and ensuring consistent results. Our range includes various sizes, neck finishes, and closure types such as screw, crimp, and snap caps to suit diverse laboratory needs.

When used with our high-quality caps and septa, our auto sampler vials provide superior sealing performance, preventing leakage, evaporation, and contamination—making them ideal for sensitive and high-precision applications.

Key Features

Our vials are made from high-quality glass for superior chemical resistance
Compatible with GC, HPLC, and other autosamplers
Available in screw, crimp, and snap neck types
Designed for accurate sample injection and reproducibility
Leak-proof sealing with our caps and septa

Vial Caps & Septa

Our Vial Caps & Septa are essential laboratory consumables designed to provide a secure seal, protect samples from contamination, and ensure reliable performance in analytical applications. Manufactured using high-quality materials, our products offer excellent durability and chemical resistance.

Our septa are typically made from high-quality silicone with PTFE lining, ensuring minimal interaction with samples while allowing easy needle penetration for autosampler applications. Our caps are available in different types such as screw caps, crimp caps, and snap caps to meet various vial and instrument requirements.

Designed for use in Gas Chromatography (GC) and High-Performance Liquid Chromatography (HPLC), our Vial Caps & Septa provide excellent sealing performance, preventing leakage, evaporation, and sample loss, thereby ensuring accurate and consistent analytical results.

Key Features

Our caps and septa ensure secure and leak-proof sealing
High chemical and temperature resistance
Compatible with autosamplers and standard vials
Available in screw, crimp, and snap cap types
PTFE-lined septa for minimal sample contamination
Durable and easy to use for repeated applications

Standards

PerkinElmer Consumables and Standards are designed to support high-precision laboratory workflows and ensure consistent analytical performance across a wide range of applications. These consumables are manufactured using strict quality control processes to deliver reliable results, extended instrument life, and reduced downtime. From chromatography and spectroscopy to thermal analysis and elemental testing, PerkinElmer products help laboratories maintain accuracy, improve efficiency, and meet regulatory requirements.

PerkinElmer certified standards are widely used for calibration, validation, and quality control procedures. They are developed to provide stable, traceable reference materials that help laboratories achieve accurate and reproducible measurements. With broad compatibility across various analytical instruments, these consumables and standards are trusted by laboratories in pharmaceutical, environmental, food, petrochemical, and research industries.

Key Features

High-quality consumables designed for consistent laboratory performance
Manufactured under strict quality assurance and certified processes
Excellent compatibility with a wide range of analytical instruments
Reliable calibration standards for accurate and repeatable results
Long shelf life with stable chemical composition
Designed to reduce instrument downtime and maintenance needs
Suitable for high-precision laboratory testing environments
Batch-to-batch consistency for dependable results
Available in multiple configurations to support different applications
Trusted by laboratories worldwide for routine and advanced analysis

Gas filters

Gas filters are essential laboratory consumables used to remove moisture, hydrocarbons, oxygen, and other contaminants from carrier gases used in analytical instruments. Clean and purified gases help maintain stable instrument performance, protect sensitive components, and ensure accurate analytical results. Gas filters are commonly used in systems such as gas chromatography (GC), spectroscopy instruments, and other gas-dependent analytical equipment.

High-quality gas filters help improve baseline stability, extend column life, and reduce maintenance frequency. They are designed to deliver consistent gas purity and protect instruments from contamination-related damage. Available in various configurations, gas filters support different gas types and laboratory requirements.

Key Features

Removes moisture, oxygen, and hydrocarbon impurities from gases
Improves instrument performance and analytical accuracy
Protects sensitive instrument components from contamination
Enhances baseline stability in gas chromatography systems
Extends column and detector lifespan
Reduces instrument downtime and maintenance costs
Compatible with multiple carrier gases such as helium, nitrogen, and hydrogen
Available in different sizes and purification types
Easy installation and replacement design
Suitable for routine and high-precision laboratory applications

GC Columns

GC Columns (Gas Chromatography Columns) are critical components used in gas chromatography systems to separate and analyze chemical compounds in a sample. These columns are designed with specialized stationary phases that allow precise separation of compounds based on their chemical properties. High-quality GC columns help laboratories achieve accurate, repeatable, and reliable analytical results across a wide range of testing applications.

GC columns are available in different lengths, internal diameters, and stationary phase types to suit various analytical requirements. They are commonly used in environmental testing, pharmaceutical analysis, food safety testing, petrochemical analysis, and research laboratories. Properly selected GC columns improve peak resolution, enhance sensitivity, and support consistent instrument performance.

Key Features

High-performance columns designed for accurate compound separation
Available in multiple stationary phase chemistries
Provides excellent peak resolution and sensitivity
Low bleed characteristics for improved detector performance
Wide range of column lengths and internal diameters available
High thermal stability for demanding analytical conditions
Compatible with various GC instruments
Reliable and consistent analytical performance
Suitable for both routine and advanced analytical applications
Designed to support long column lifespan and stable operation

GC vials caps

GC Vials and Caps are essential consumables used in gas chromatography systems for safe and reliable sample storage and injection. These vials are manufactured from high-quality glass materials to ensure chemical resistance, sample integrity, and consistent performance during analysis. Caps and septa provide secure sealing to prevent sample evaporation, contamination, and leakage, ensuring accurate and reproducible analytical results.

GC vials and caps are available in various sizes, materials, and closure types to suit different analytical requirements. They are widely used in laboratories performing environmental, pharmaceutical, food safety, and petrochemical analysis. Properly selected GC vials and caps help maintain sample purity, improve injection accuracy, and support reliable laboratory workflows.

Key Features

High-quality glass vials designed for reliable sample storage
Secure sealing caps to prevent leakage and contamination
Chemically resistant materials suitable for various solvents
Available in multiple sizes and closure types
Compatible with a wide range of GC autosamplers
Minimizes sample evaporation and loss
Ensures accurate and repeatable sample injection
Clear and amber vial options available for light-sensitive samples
Durable construction for routine laboratory use
Suitable for high-precision analytical applications

GC ferrules

GC Ferrules are essential sealing components used in gas chromatography systems to create leak-free connections between columns, injectors, and detectors. These small but critical components ensure proper gas flow and prevent leaks that can affect analytical accuracy and instrument performance. Manufactured from high-quality materials such as graphite, PTFE, and composite materials, GC ferrules provide reliable sealing even under high temperatures and pressure conditions.

GC ferrules are designed to fit various column sizes and instrument configurations, making them suitable for different gas chromatography applications. Proper selection of ferrules helps maintain system integrity, reduce gas leakage, and extend column life. They are widely used in environmental, pharmaceutical, food safety, petrochemical, and research laboratories where precision and reliability are essential.

Key Features

Provides leak-free sealing between GC components
Manufactured from high-quality graphite, PTFE, or composite materials
High temperature resistance for demanding GC applications
Ensures stable gas flow and consistent analytical performance
Compatible with various GC column sizes
Helps prevent gas leakage and contamination
Durable design for reliable long-term use
Easy installation and secure fitting
Suitable for routine and high-precision laboratory analysis
Supports extended column and instrument lifespan

Gas generators

Gas Generators are advanced laboratory systems designed to produce high-purity gases on demand for analytical instruments such as gas chromatography (GC), LC-MS, and other laboratory applications. These generators eliminate the need for traditional gas cylinders, providing a safer, more convenient, and cost-effective solution for laboratories requiring a continuous supply of pure gases. Commonly generated gases include hydrogen, nitrogen, and zero air, which are essential for maintaining stable instrument performance and accurate analytical results.

Modern gas generators are engineered with advanced purification technology to ensure consistent gas purity and reliable operation. They help laboratories improve safety by reducing the risks associated with handling high-pressure gas cylinders while optimizing workflow efficiency. With compact designs and automated operation, gas generators are suitable for laboratories of all sizes and support a wide range of analytical applications.

Key Features

Generates high-purity gases on demand for laboratory use
Eliminates the need for traditional gas cylinders
Improves laboratory safety by reducing high-pressure cylinder handling
Provides consistent and reliable gas purity
Reduces long-term operational and gas supply costs
Compact and space-saving design
Easy installation and user-friendly operation
Supports continuous gas supply for uninterrupted workflows
Low maintenance requirements for routine laboratory use
Compatible with various analytical instruments

Technicon Services Products

Catogories

Auto Sampler Vials

Key Features

Vial Caps & Septa

Key Features

Standards

Key Features

Gas filters

Key Features

GC Columns

Key Features

GC vials caps

Key Features

GC ferrules

Key Features

Gas generators

Key Features