UPLC Systems:  UPLC is used to identify, purify, separate, and quantify compounds. UPLC operates at higher pressures compared to most HPLC systems allowing for shorter run times, lower solvent consumption, and greater analyte separation/purification.

• HPLC Systems: Similar to UPLC, the system is most commonly used as cost-efficient method of purifying, separating, identifying, and quantifying compounds.

• GC Systems: The system provides high performance of separation and analysis of compounds.

• GC/MS Systems: Similar to GC, GC/MS provides high performance of separation and analysis of compounds. However, it offers a combined technique for a higher level of substance identification based on molecular weight.

• LC/MS Systems: These systems are most suitable for separating chemical reaction mixtures, biological fluids, environmental samples, and drugs.

• FPLC Systems: These medium-pressure chromatography systems offer greater flexibility, higher resolution, and faster automation when purifying proteins, peptides and antibodies.

• Pumps: Delivers solvents at a regulated flow for even distribution and more accurate results. They are essential components of analytical systems mentioned above. We offer wide selection of binary and quarternary pumps.

• Autosamplers: Sample capacity of 100 samples and offer programmable and temperature controlled volume injections.

• Detectors: Measures analyte changes and transmits data through electronic signals to the recorder.

• Injectors: Evenly introduces samples into the eluent flow.

• Additional parts for analytical systems: We offer a selection of different columns, column compartments, column heaters, and degassers.