
The BUCHI Rotavapor® R-300 with the B-300 heating bath and V-300 vacuum pump is a modular rotary evaporation system designed for automated laboratory distillation. It combines precise vacuum control, intelligent process management, flexible configuration, and reliable performance for evaporation, concentration, extraction, and synthesis workflows.

Original Agilent Analog Micro-ion e-gauge G2581-80301 for selected GC/MS Q-TOF and LC/MS systems.

The Milli-Q® IQ 7000 with Q-POD® dispenser delivers consistently high-quality Type I ultrapure water for critical laboratory applications. It combines precision dispensing, integrated TOC monitoring, complete data traceability, remote system management, and compliance with major international water quality standards.

The Eppendorf 5810R is a refrigerated benchtop centrifuge designed for routine laboratory and research applications. It features a temperature range of −9 to +40 °C, FastTemp pre-cooling, Dynamic Compressor Control (DCC), and Continuous Cooling to protect temperature-sensitive samples.

The Agilent 5500 DialPath FTIR is a compact FTIR spectrometer for transmission analysis of liquid samples. It features a DialPath sampling module with a selectable 30–100 μm optical pathlength, intuitive MicroLab software, and rapid qualitative and quantitative analysis from a single drop of sample.

Original Agilent G3431-61815 electrometer for Agilent 7890 gas chromatographs with FID, designed for reliable signal amplification and processing.

The Memmert VO400 is a 49 L laboratory vacuum oven with digital vacuum control and temperatures up to 200 °C for gentle drying of heat- and oxidation-sensitive materials.

Agilent / Pfeiffer MVP Dry Pump G3870-80051 oil-free diaphragm vacuum pump for clean laboratory vacuum and contamination-free operation.

The Agilent / Pfeiffer MVP Dry Pump G3870-80051 is an oil-free diaphragm vacuum pump providing clean vacuum for Agilent GC/MS.

The Parker 110H-MD is a laboratory hydrogen generator designed to supply ultra-high purity carrier gas for GC and GC/MS systems. Utilizing PEM technology, it produces hydrogen on demand from deionized water, delivering flow rates up to 1100 ml/min at >99.9999% purity. Its compact design, low maintenance requirements and optional remote monitoring make it a reliable alternative to high-pressure hydrogen cylinders for routine and research laboratories.


