EasySampler 1210 - Přehled - METTLER TOLEDO

EasySampler 1210

Unattended, Representative Sampling For a Wide Range of Chemical Reactions

Sampling of chemical reactions for offline analysis to determine reaction progress or impurity profiles is standard practice.  However, the sampling process is not always a precise operation and can be challenging with reactions at elevated temperatures, or reactions where a slurry exists.  Delays in quenching can lead to variable results and inaccuracies in the analytical information gained.

EasySampler Sampling For a Wide Range of Chemical Reactions
Specifikace - EasySampler 1210
Temperature range -20 °C – 140 °C
Material PP; PTFE; Stainless Steel; Ceramic; Aluminum
Dilution Factor 80 - 450 (1.6 - 9mL)
Rack 12 x 10 mL
Dimensions (LxWxH) 500 mm x 310 mm x 465 mm
Weight 9 kg
Power 100 - 240 V
Objednací číslo 30083901

EasySampler was designed to eliminate these challenges by providing an automated and robust inline method of taking representative samples from reactions, even at extreme conditions.

Common EasySampler applications include:

  • Impurity Profiling
  • Product Formation
  • By-Product Formation
  • Sampling for Impurity Profiling
  • Reaction Progress by Offline Analysis
  • Yield
  • Air-Sensitive Reactions
  • Low-Temperature Reactions (to -20 °C)
  • Moisture-Sensitive Chemistry
  • Sampling Hazardous Reactions
 

Documentation

Documentation for Automated Sampling of Chemical Reactions

Catalog

EasySampler Product Catalog
Eliminate chemical reaction sampling challenges by using an automated and robust method of taking representative samples

Prospekty

EasySampler
Unattended, representative automated sampling for a wide range of chemical reactions

Produktová dokumentace

EasySampler Quick Start Guide
This Quick Start Guide provides step-by-step instructions to set-up EasySampler for unattended automated sampling.
EasySampler Connectivity Kit Quick Start Guide
This Quick Start Guide provides step-by-step instructions to connect EasySampler to EasyMax, OptiMax, or RX-10 using the EasySampler Connectivity Kit.

Příbuzné produkty a řešení

Reaktorové systémy pro chemickou syntézu
Integrovaná řešení zvyšují produktivitu chemických laboratoří
In situ FTIR spektroskopie
Infračervená spektroskopie s Fourierovou transformací (FTIR) pro sledování chemických reakcí v reálném čase
Automatizované řízení laboratorních reaktorů
Ovládejte plášťové reaktory s ohřevem a chlazením, přidáváním kapalin, míchátky a procesními analytickými nástroji jiných značek.
Nabídka
EasySampler 1210

Příslušenství

Accessories for Unattended, Representative Sampling For a Wide Range of Chemical Reactions

Bezobslužný odběr reprezentativních vzorků

Díky této připojovací sadě budete moci funkci EasySampler společně s informacemi o vzorcích využívat v systémech EasyMax a OptiMax a také na dotykové obrazovce reaktorového ovladače RX-10. Funkce EasySampler data automaticky přenese a přiřadí k odpovídajícímu procesu v systému EasyMax, OptiMmax nebo RX-10.

Reaktorové systémy pro chemickou syntézu

Improve Process Development
The EasyMax 402 Basic personal parallel synthesis workstation allows chemists to develop innovative chemistry on the 100-400ml scale and run reactions from -40 to 180°C without an ice bath, oil bath, heating mantle or cryostat. By replacing traditional round bottom flasks and jacketed lab reactors with EasyMax, scientists can synthesize more new compounds, eliminate non- viable candidates earlier and perform reaction optimization.
EasyMax 402 Advanced Synthesis Workstation is ideal for scale-up experiments and crystallization studies at volumes of 100-400mL. By applying solid state temperature control, EasyMax 402 Advanced allows chemists to run reactions and crystallizations.
EasyMax 102 Basic personal parallel synthesis workstation allows chemists to develop innovative chemistry on the 0.5-100ml scale and run reactions from -40 to 180°C without an ice bath, oil bath, heating mantle or cryostat. By replacing traditional round bottom flasks and jacketed lab reactors with EasyMax, scientists can synthesize more new compounds, eliminate non- viable candidates earlier and perform reaction optimization.
Nabídka
EasySampler 1210
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