Equipment by application and model.

01Selected

YMGR-01 / YMGR-02 / YMGR-05EX / YMGR-10EX / YMGR-20EX

Borosilicate glass 3.3 reactors for synthesis, crystallisation, extraction and distillation at atmospheric pressure or under vacuum, with jacketed thermal circulation and explosion-proof versions from 5 to 20 L. Available capacity, functions and configuration depend on the selected model.

02

YMSGR-20EX

Spherical borosilicate-glass reactor for organic synthesis, crystallisation, esterification and catalytic reactions, with mechanical stirring and heating mantle. Available capacity, functions and configuration depend on the selected model.

03

YMLGR-10EX / YMLGR-20EX

Reactors with a lifting vessel for easier discharge, cleaning and vessel replacement, designed for synthesis and process development with jacket heating or cooling. Available capacity, functions and configuration depend on the selected model.

04

YMUGR-03

Laboratory reactor for sonochemistry, dispersion, emulsification and ultrasound-assisted synthesis, with a transparent jacketed vessel and integrated ultrasonic probe. Available capacity, functions and configuration depend on the selected model.

05

YMGF-05 / YMGF-20

Mobile systems for crystallisation and solid–liquid separation, combining a transparent glass vessel, jacket temperature control and a bottom filtration element. Available capacity, functions and configuration depend on the selected model.

06

YMGFR-20EX

Explosion-proof jacketed reactor for powders, crystals and viscous materials, with mechanical mixing, thermal control and bottom discharge. Available capacity, functions and configuration depend on the selected model.

07

YMDR-01 / YMDR-05 / YMDR-10 / YMDR-20

Borosilicate-glass systems for fractional distillation and solvent recovery, with a jacketed reactor, packed column, condensation and collection at atmospheric pressure or under vacuum. Available capacity, functions and configuration depend on the selected model.

08

YMCGR-05EX / YMCGR-20EX

Modular systems combining several reaction, transfer, condensation or degassing stages on one frame, with independent control according to the selected configuration. Available capacity, functions and configuration depend on the selected model.

09Selected

ACG-MSI-P5-T3-SS1-R-SV-L6

Automated station with six independently controlled pressure reactors for parallel experiments at different temperatures, pressures and stirring speeds. Available capacity, functions and configuration depend on the selected model.

10Selected

XO-SM100

Programmable workstation combining ultrasound and microwave energy, independently or simultaneously, for synthesis, extraction, nanomaterials and process development. Available capacity, functions and configuration depend on the selected model.

11Selected

NSP

Compact high-pressure reactor with magnetic stirring, programmable temperature profiles, local touchscreen control and optional remote operation. Available capacity, functions and configuration depend on the selected model.

12

BMS-WHC1

The intelligent microwave synthesis/extraction system can catalyze many types of organic, pharmaceutical and biochemical reactions such as addition, substitution, esterification, hydrolysis, acylation, polymerization, condensation, cyclization and oxidation, as well as solvent extraction of food, natural products and minerals.

13

BK-ME1

The Microwave Synthesis Extractor is an advanced laboratory instrument designed to enhance the efficiency of chemical synthesis and extraction processes using microwave energy. This system significantly reduces reaction times, improves yield, and ensures better reproducibility compared to conventional heating methods.

14

BK-ME2

The Microwave Synthesis Extractor is an advanced laboratory instrument designed to enhance the efficiency of chemical synthesis and extraction processes using microwave energy. This system significantly reduces reaction times, improves yield, and ensures better reproducibility compared to conventional heating methods.

15

JGR-1 L / JGR-2 L / JGR-3 L / JGR-5 L / JGR-10 L / JGR-20 L / JGR-30 L / JGR-50 L

Jacketed glass reactors are designed for synthetic reaction of different types of materials in a controlled temperature and vacuum environment. Each reactor features adjustable stirring speeds and a constant pressure feeding funnel that allows you to add material to the vessel at a uniform and controlled speed.