Integrity 10 Reaction Station
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Time-efficient Wide range of accessories Safe to run unattended Highly accurate and controllable Compact and slimline Environmentally conscious Increases lab throughput Suitable for many disciplines Cost effective to run Energy efficient Various diameter vessels Sample capacity choice STEM Integrity Reaction Stations

STEM Integrity 6 Reaction Station Integrity 6 has been developed in réponse to customer demand for a reaction station which is more chemist- friendly, with larger reaction cell volumes and the option of catering for more accessories with a larger reaction cell aperture. Integrity 6 promotes Lean laboratory working, as up to 6 scientists can share the same unit, independently controlling the temperature, stir rates and duration of their experiments. With the same compact footprint as Integrity 10, Integrity 6 can be used as a standalone apparatus inside a fume cupboard, on a laboratory bench...

STEM Integrity 10 Reaction Station The STEM Integrity 10 Reaction Station enables you to conduct 10 different reactions simultaneously, each reaction being conducted within its own cell, at its own individual temperature and stir rate. \ If desired, fast heating and cooling rates can be \\ selected, with temperature ramps of between 0.1°C/min to 5°C/min. There is also a crash function \ \ for even faster temperature changes, which is \ ' ideal for kinetic determinations. Extreme temperature accuracy is guaranteed, with a temperature stability of ± 0.5°C and a minimal set point overshoot of...

The STEM Integrity 6 and 10 Reaction Stations are available in two formats depending upon your needs: • Option 1: STEM Integrity 6 or10 Reaction Station as a standalone unit • Option 2: Clarity System, which consists of the STEM Integrity Reaction Stations, with additional solubility and crystallisation evaluation apparatus and software. The STEM Integrity 6 or 10 unit Option 1, the STEM Integrity 6 or 10 unit by itself, is generally useful for a wide range of reactions or processes in which temperature plays a major role, regardless of the industry. Within a temperature band of -30°C to...

A highly efficient screening tool... The STEM Integrity 6 and 10 Reaction Stations are very time-efficient way of conducting chemical experiments, speeding up investigative work several-fold. Chemical reactions, involving either synthetic chemicals or naturally occurring substances, are universally impacted by heat and Integrity units allow you assess the impact of both temperature and stirring rate upon reactions. The beauty of the STEM Integrity series that they combine flexibility with accuracy: They allow you to run up to 6 or 10 experimental variants simultaneously within the same...

Intuitive and easy operation Although a sophisticated tool, the STEM Integrity 10, whether operating by itself or as part of the full Clarity Reaction Station System, is a joy to use and does not require formal training; it is designed to be "out of the box" to operational within 10 minutes. The integrated microprocessor is controlled through a user-friendly 145 mm touchscreen, which greatly simplifies operation and enables rapid "at a glance" assessment of each critical parameter in the reaction. The course of the reaction within each cell may be monitored directly on this touchscreen,...

Microprocessor touchscreen Complete control at your fingertips I The front-mounted 145 mm microprocessor touchscreen 1 is simplicity itself to operate, giving you complete control I over the temperature and stirring conditions of each cell Key features of the user friendly menu • Choice of temperature profile and stirring parameters • Prompts to guide you in your selections • Intuitive icons to reduce the potential for costly errors • Real-time editing of ramp rates, run times and set points • Tailored temperature profiles o Curves can be programmed into the temperature o Integrated data...

Number of cell positions Cell cavity diameter Glass vessel fill level Temperature range Temperature difference between any two positions Temperature overshoot (maximum) Maximum heating/cooling rate Temperature ramp rate Stir speed range Maximum viscosity capacity Recommended stir bars Temperature Range Temperature Resolution Temperature Accuracy Stirrer Speed range Stirrer Resolution Stirrer Accuracy Measured external temperature (optional thermometer) range For maximum performance it is necessary for the coolant supply cooling fluid must be water. system to be able to dissipate heat energy...

Integrity 10 Number of cell positions 10 Cell cavity diameter 25.5mm Glass vessel fill level 2- 25ml Temperature range -30°C to 150°C Temperature difference between any two positions 180°C Temperature overshoot (maximum) 0.1°C Maximum heating/cooling rate 5°C/min Temperature ramp rate 0.1°C/min to 5°C/min in 0.1°C/min steps Stir speed range 350 – 1200 rpm Maximum viscosity capacity Glycerine at 25°C Recommended stir bars 12/4.5mm (cylindrical) or 10/6mm (oval) Temperature Range -40°C to 160°C Temperature Resolution 0.01°C TemperatureAccuracy ±0.5°C Stirrer Speed range 350 – 1200 rpm Stirrer...

Ordering information Integrity Reaction Stations Part Code integrity 10 with 10 individually controlled cells with PSU Integrity 10 Reflux unit with inerting caps Glass tubes 24/150 mm, 22 thread (10 Pack) Stirrer bars 10/6 mm (10 Pack) Thermocouple probe (6 Pack) Thermocouple probe (10 Pack) Non Intrusive IR sensor (5 Pack) Non Intrusive IR sensor (10 Pack) Integrity software Intrusive IR probe stainless steel DIP-NIR5-BNSD (Pack of 1) ntrusive IR probe in Hastelloy (nickel-based alloy withhigh corrosion resisitance) Intrusive IR/NIR sensor 661.6004 - NIR, 10mm in Hastelloy (Pack of 1)...

Super energy-efficient alternatives to hotplate stirrers Supporting modern ways of working Although Integrity 6 and 10 Reaction Stations can perform highly accurate specialised work, their value-added credentials make them a credible alternative to hotplate stirrers. The first hotplate was patented in 1859 by George Simpson, and despite improvements such as the incorporation of magnetic stirring, the design of hotplate stirrers still wastes a lot of energy in heating the surrounding air, equating to wasted money and unnecessary C02 emissions. In contrast, almost all the energy generated by...