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Quality and pollution are determined during and at the end of the process. Think of sample prep (extraction, digestion), elemental analysis, structure analysis, physical parameters, and the chemicals used in each step. Please find below what our Xperts recommend:

Reactor-Ready Mini Jacketed Lab Reactor

Small footprint, precise control, confident scale-up

Small benchtop jacketed lab reactor that accepts vessels from 50 ml to 500 ml

Temperature range ranging from -70 °C to +230 °C

Universa ECO

Basic temperature control with easy handling for standard applications

Working temperature range: 35 °C to 100 °C

Economical solution for standard applications

Universa PRO

The all-rounder for versatile laboratory applications, combining strong performance with digital intelligence

Working temperature range: 30 °C to 200 °C

Precise temperature control applications

H-Cube Advance

Improved chemical synthesis in continuous flow

3.0 (99.9%) produced hydrogen purity

User-friendly interface, ergonomic design

ACCQPrep HP150

High performance liquid chromatography (HPLC) system for intuitive operation while maintaining performance and accuracy

Flow range from 1 mL/min to 150 mL/min

Operating pressure up to 6,000 psi

Large-scale vertical evaporators

Rotary evaporation, distillation, purification, and winterization, using a disruptive refrigerated self-cooling technology

Energy savings of 50–80% compared to traditional systems

Up to 75% reduction in system startup time

Ecodyst

High-performance, all-in-one rotary evaporator with a built-in, self-cooling condenser

Reduces electricity consumption by more than 50%

Eliminates the need to change chiller fluids

Fluo-Break

Clear fluorinated emulsion breaker that efficiently disrupts microfluidic droplets and enables recovery of the aqueous phase

Easy to use in standard microcentrifuge workflows

Efficient recovery of the droplet (aqueous) phase

Surface Treatments

Hydrophobic surface treatments for microfluidic channel coating to ensure adequate wetting conditions

Improved droplet formation in fluorinated oil systems

Reproducibility of microfluidic experiments

Fluorinated Oils

Biocompatible fluorocarbon-based continuous phases designed for microfluidic droplet systems

Chemically inert

Diluted between 1% and 5%