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Reference: XELSIUS

XELSIUS 10-Position Parallel Reactor with Heating, Cooling and Stirring

Ten-cell parallel reactor with independent Peltier heating and cooling from -20 to +150 °C, individual stirring to 1,500 rpm and ±0.1 °C stability, for reaction optimization and DoE.

Key specifications

Reaction cell positions
10
Reaction cell diameter
24 mm
Reaction cell power
100 W
Working temperature range
-20 to +150 °C
  • Configured to your application by our specialists
  • Installed and commissioned on site
  • Training and after-sales support across Jordan, the GCC and MENA

Overview

Product overview

XELSIUS by LabTech runs ten experiments in one unit, each with fully independent heating, cooling and stirring. It is intended for solubility determination, catalyst supported reactions, design of experiments (DoE), crystallization experiments and PCR reactions, as well as parallel synthesis, route scouting and drug discovery.

Each 24 mm reaction cell is Peltier heated and cooled between -20 and +150 °C with ±0.1 °C accuracy and stability, heats at up to 48 °C/min and cools at up to 36 °C/min, and has its own stirring rate from 100 to 1,500 rpm. An external PT1000 sensor can be fitted to each cell to record the actual sample temperature. The PTFE coated housing and PFA protected cables are built for use in chemical fume hoods.

The software starts in LAB mode, showing all ten cells so heating, cooling, stirring or ramps can be started with a few clicks, and parameters can be copied to several cells. Methods can be created, saved and exported, with data logged for every cell. Accessories include a reflux condenser that reduces solvent loss, reaction vials from 1 to 30 mL with PTFE 5-port caps, and a dosing station.

Specifications

Technical specifications

19 parameters

Reaction cell positions
10
Reaction cell diameter
24 mm
Reaction cell power
100 W
Working temperature range
-20 to +150 °C
Temperature accuracy and stability
±0.1 °C
Heating and cooling
Peltier module system; independent ramping per cell
Max. heating rate
+48 °C/min
Max. cooling rate
-36 °C/min
Stirring rate
100 to 1,500 rpm, independent per cell
Sample volume per cell
Up to 30 mL (vials 1 to 30 mL; PP, glass or PTFE)
Other functions
Sampling during reaction, inert gas atmosphere, anti-condensing circuit, overheating protection
External sensors
Up to 10 PT1000 sensors, one per cell
Surface
Aluminium with PTFE coating; cables protected by PFA hose
Dimensions
Reactor module and power supply module: 360 x 165 x 140 mm each; 10.1 inch touch terminal (1200 x 800)
Weight
Reactor 13 kg; power supply 7 kg; terminal 2 kg
Power
240 V 50 Hz / 110 V 60 Hz; 1.2 kW
System
Windows IoT, 4 GB RAM, 128 GB SSD; USB, RS232, Ethernet, WLAN, Bluetooth
Data
Simultaneous logging per cell; export to Excel, CSV, PDF
Accessories
Reflux condenser, reaction vials and PTFE 5-port caps, dosing station (2 dosing units, 20 to 4000 µL/min)
Features

Key features

  • 01

    10 reactions in one

    Independent heating, cooling and stirring for each cell.

  • 02

    Wide temperature range

    -20 to +150 °C with ±0.1 °C stability.

  • 03

    Independent stirring

    100 to 1,500 rpm set separately in each vial.

  • 04

    Fume hood ready

    PTFE coated housing and glove-sensitive touch screen.

  • 05

    Data and methods

    Live graphs, method storage and export to Excel, CSV and PDF.

  • 06

    Accessories

    Reflux condenser, 5-port caps and dosing station.

From order to operation

We stay with the instrument after it arrives

Al-Shaker specifies the configuration, documents the system, and supports it across Jordan, the GCC, and MENA.

  1. 01

    Consult

  2. 02

    Plan

  3. 03

    Supply

  4. 04

    Install

  5. 05

    Train

  6. 06

    Support

Talk to the technical team

Tell us the application. We will specify the system.

Share the workflow, capacity, and compliance constraints. We respond with a recommended configuration, not a generic catalogue list.